Quick filters:
Page 3 of 3
Thickness 1 2 mm Stock Photos and Images
RMRMR1P0–. Annals of the New York Academy of Sciences. Science. Meteorites from New Mexico. 331 No. G weighs 1.05 kilos (2.31 lbs.), measures 125 mm. in length, 82 mm. in width, and 45 mm. in thickness at the thickest part, or about 5 by 3^ by If inches. It is quite flat, the fracture having left a flat surface suggestive of a cleavage. Altogether this mass closely resembles No. 4. (See Plates XXIV and XXV.) When the meteorite struck the rock, all these pieces flew asunder; the 148^- lb. piece was found, eight feet from the 115 lb. and 53J lb. pieces, a fact which shows conclusively that the meteorite
RMRHMNYY–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 308 HORACE W. STUNKARD been erroneously included under a single name, no serious inconvenience will result if the present specimens should eventually prove to belong to a previously de- scribed species. DESCRIPTION Cysts (Fig. 1 ) removed from L. polyphemus were oval, colorless, 0.16-0.2 mm. in length and 0.12-0.18 mm. in width. The wall was 0.009-0.011 mm. in thickness, hyaline, and resolvable into two layers, approximately equal in thickness. This wall was probably produced by material from cystogenous cells of the cercari
RMRFRRNM–. Carnegie Institution of Washington publication. OXIDES. II9 from an unmelted surface. The depression at 3.3 // is marked, and at 5.5 ;«there is a possible emission band. The thickness of the layer was at least 1.2 mm. Curves e and/show the emission of a strip of platinum. No depression appears at ^ n, from which it would appear that the depression at 3.$ n is a characteristic of the oxides and not due to absorption in the instrument.. / 2 3 4 5 6 7 8JU Fig. 87. — Zinc oxide (a); Lead oxide (6), (c); Platinum. Iron Oxide (Fe203); Copper Oxide (CuO). (Curves a and b, Fe203; curves c, d e, CuO;
RMRMNY7E–. Annali del Museo civico di storia naturale Giacomo Doria. Natural history. 584 G. PULITZER-FIXALI evenly encrusting on smooth volcanic rock, with a uniform thickness of 1 to 2 mm, devoid of any outgrowth or irregularity. Oscules uniformly 0.4-0.7 mm wide (in the dried state) with markedly elevated rim, 2 to 5 mm apart, give to the surface a ery peculiar aspect. The con- sistency is fragile. The colour in life was greyish azure to yellowish; it is now reddish brown (about c.c.134). The ectosomal skeleton, quite distinct, is a tangential unispicular reticulation forming meshes irregularly tri
RMRGJD5E–. Bulletin of the British Museum (Natural History), Geology. FORAMINIFERA OF THE TOGOPI FORMATION 101 Caribeanella ogiensis (Matsunaga) Fig. 64; PL 7, fig. 16 1954 Oinomikadoina ogiensis Matsunaga : 163, text-figs 1-3. 1955 Oinomikadoina ogiensis Matsunaga; Takayanagi: pi. 2, figs 20a, b. 1963 Oinomikadoina ogiensis Matsunaga; Matsunaga : pi. 50, figs 5a-c. Material. 20 specimens. NB 9448, 9449, 9450, 9452. Variation. Maximum diameter 0-49-0-70 mm, thickness 0-15-0-27 mm. Number of chambers in final whorl 7-9.. Fig. 64 Caribeanella ogiensis (Matsunaga). P50173. Apertural view of specimen figur
RMRHMK15–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. LIGHT TRANSMISSION AND ALGAE IN FAVIA 465. 400 450 500 550 600 Wavelength in 700 800 FIGURE 3. The in vivo absorption spectra in absolute units of semi-integral attenuance, pEt, of a brown layer (curve A) of 4 mm thick, a green layer (curve B) of 2 mm thick, a double layer (curve C) composed of the brown and the intermediate white layers (13 mm in total thick- ness) and a triple layer (curve D) composed of the brown and the intermediate layers and one half (1 mm) in thickness of the green layer. the double layer is shown by
RMRHN0Y0–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 01 23456789 Manus Thickness (mm) B. ll -J—i 10 40 50 60 70 80 100 Body Length, mm FIGURE 2: Mean±s.d. of length of fibers from distal dorsal region. A. Fiber length vs. manus thickness. Symbols as in Figure 1A. The line has slope 1 and passes through the origin. B. Fiber length vs. body length for chelipeds. Symbols as is Figure IB. Straight line is drawn by eye through data for unoperated animals. the unoperated cheliped grew more rapidly in closer mass than in external size, relative to the cheliped of an unoperated animal
RMRG8XHD–. Bulletin - United States National Museum. Science. 84 BULLETIN 7*7, UNITED STATES NATIONAL MUSEUM. CCELOCLEMA CRASSIMURALE, new species. Plate 7, fig. 12; text fig. 24. This new species is founded upon a single fairly well preserved specimen, 18 mm. long and 5 mm. in diameter. The zooecial layer averages a millimeter in thickness, while the axial tube, now filled with clay, varies from 1 to 1.5 mm. in diameter. The zooecial apertures are rather large, 4 in 2 mm. measuring along their greater length, and are irregularly oval in shape. Maculae are present at regular intervals, and form depress
RMRGX024–. Bulletin. Ethnology. 238 BUREAU OF AMERICAN ETHNOLOGY [BULL. 167 SAUBA BRUSHED Paste and surface: On Coroca Plain, see that type description for details of temper, color, firing, etc. Form: Rims: Slightly thickened on the exterior or interior with a rounded lip. Body wall thickness: Range 4-7 mm., majority 4 mm. Base: Probably rounded. Vessel shapes reconstructed from sherds: 1. Jar with rounded body, insloping neck and exteriorly thickened rim with a rounded lip. Rim diameter 18-22 cm. (fig. 84-1). 2. Jar with a globular body, walls incurving to a direct rim with a rounded lip. Rim diameter
RMRJMXC9–. Bacteriological apparatus : pathological, biochemical. Scientific apparatus and instruments; Bacteriology; Chemical industry. SFlji* Hill (Eatparulian, SlnrljrBtrr, JJ. $. Hi. if 5020 17595 5015 StopcocksâGlass. Straight; of light weight for making burette tips, etc.; with drawn-out tip. No. A B C Diameter of bore, mm 1 2, 3 Each 1.10 1.20 1.40 5020 StopcocksâGlass, Fresenius'. Angle form; for burette tips, etc.; with drawn-out tip. No. A B Diameter of bore, mm 1 2 Each 1.35 L45 17590 Suberite Plates or Blocks. To be used as rests or covers for beakers; diameter, 120 mm. No. A B C Thickness,
RMRGYM76–. Bulletin. Ethnology. 16 BUREAU OF AMERICAN ETHNOLOGY [boll. 126 inches (22.22 to 25.4 cm.) in diameter, with a neck height of from 2 to 214 inches (5.08 to 5.71 cm,), and an orifice diameter of from 5 to 5y2 inches (12.7 to 13.97 cm.). Wall thickness varied from 14 to %6 of an inch (6 to 7 mm.). A third shape was that of a globular- bodied pot with a slightly depressed top and wide orifice (fig. 1, c). This group was not as numerous as the other two and apparently not. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability -
RMRGHTW9–. Bulletin of the British Museum (Natural History), Geology. FORAMINIFERA OF THE TOGOPI FORMATION 35 1960 Flintina bradyana Cushman; Barker: 8; pi. 4, figs 9a-c (after Brady). 1964 Flintina bradyana Cushman; Chang : pi. 2, figs la, b. Material. 13 specimens. NB 9449, 9452, ? 9453, 9454. Variation. Length 0-61-1-50 mm, width 0-56-1-45 mm, thickness 0-45-1-14 mm. Remarks. We have examined specimens of Triloculinafichteliana from Jamaica (one of d'Orbigny's original localities) and find that they compare well with the type-figure (d'Orbigny 1839: pi. 9, figs 8-10) except that they appear to devel
RMRH4GY7–. Brigham Young University science bulletin. Biology -- Periodicals. 230 Bhigham Young University Science Bulletin patch each side; clypeus black, a yellowish spot each side on basal half, apex and margins pallid on apical half. Rostrum, length 2.4 mm, reaching upon sixth ventral segment, pallid, apex black. Antennae: segment I, length 1.12 mm, ventral surface pallid except at base, edged by a black line, dorsal aspect black, broken by four white spots, spines suberect, pale to yellowish, length scarcely equal to thickness of segment; II, 2.55 mm, brownish black, with a white annulus at base;
![. Bulletin of the U.S. Department of Agriculture. Agriculture; Agriculture. SAMPLING AND TESTING HIGHWAY MATERIALS. 53 be made by a fixed, arbitrary, and closely defined method if the results obtained are to be comparable. I. APPARATUS. (2) The apparatus shall consist of the following din lbrr "^ 15f o mm- (f lnCh) ln in8ide diameter and 6-35 mm. (J inch) deep thickness of wall, 2.38 mm. (Ainch) permissible variation on inside diamete and thickness of rmg, 0.25 mm. (0.01 inch). This ring shall be attached in a con. venient manner to a No. 15 B. & S. gauge brass we (diameter 1.79 mm. = Stock Photo](https://c8.alamy.com/comp/RGBHDY/bulletin-of-the-us-department-of-agriculture-agriculture-agriculture-sampling-and-testing-highway-materials-53-be-made-by-a-fixed-arbitrary-and-closely-defined-method-if-the-results-obtained-are-to-be-comparable-i-apparatus-2-the-apparatus-shall-consist-of-the-following-din-lbrr-quot-15f-o-mm-f-lnch-ln-in8ide-diameter-and-6-35-mm-j-inch-deep-thickness-of-wall-238-mm-ainch-permissible-variation-on-inside-diamete-and-thickness-of-rmg-025-mm-001-inch-this-ring-shall-be-attached-in-a-con-venient-manner-to-a-no-15-b-amp-s-gauge-brass-we-diameter-179-mm-=-RGBHDY.jpg ". Bulletin of the U.S. Department of Agriculture. Agriculture; Agriculture. SAMPLING AND TESTING HIGHWAY MATERIALS. 53 be made by a fixed, arbitrary, and closely defined method if the results obtained are to be comparable. I. APPARATUS. (2) The apparatus shall consist of the following din lbrr "^ 15f o mm- (f lnCh) ln in8ide diameter and 6-35 mm. (J inch) deep thickness of wall, 2.38 mm. (Ainch) permissible variation on inside diamete and thickness of rmg, 0.25 mm. (0.01 inch). This ring shall be attached in a con. venient manner to a No. 15 B. & S. gauge brass we (diameter 1.79 mm. = Stock Photo")
RMRGBHDY–. Bulletin of the U.S. Department of Agriculture. Agriculture; Agriculture. SAMPLING AND TESTING HIGHWAY MATERIALS. 53 be made by a fixed, arbitrary, and closely defined method if the results obtained are to be comparable. I. APPARATUS. (2) The apparatus shall consist of the following din lbrr "^ 15f o mm- (f lnCh) ln in8ide diameter and 6-35 mm. (J inch) deep thickness of wall, 2.38 mm. (Ainch) permissible variation on inside diamete and thickness of rmg, 0.25 mm. (0.01 inch). This ring shall be attached in a con. venient manner to a No. 15 B. & S. gauge brass we (diameter 1.79 mm. =
RMRG9YJJ–. Bulletins of American paleontology. mm .1 ZcCh-CsSn-NMxDn 75-|c 1^ 1.0 2.0 ZcCh-CsSn-MxDn ZcCh-CsSn-NMxDn. mm CdZcWI-Th 12 3 4 5 ZdPr-Cn/ZcCsSn Text-figure 18 A-D. Histograms and cumulative curve from three topo- types of Tetrocycloecia dichotoma Canu. A. Normal to maximum cross-sectional dimension of a zooecial chamber. B. Ratio of the maximum cross-sectional dimension of a zooecial chamber to the normal to maximum cross-sectional dimension of a zooecial chamber. C. Compound zooecial wall thickness. D. Count of interzooidal pores per zooecial cross section.. Please note that these images ar
RMRMP32Y–. Annali del Museo civico di storia naturale Giacomo Doria. Natural history. SPONGES FROM EAST AFRICA 311 Echinodictyum jousseaumei Topsent (Fig. 42) Echinodictyum jousseaumei Topsent, 1892: 24 Occurrence: North Kenya Banks (02°26.3'S - 40°53'E), depth 70 m, dredge, 19 January 1973. R.N. KEN.112. Starting from a short, narrow peduncle, the sponge, 13 cm high, consists of a tangled mass of branches having a rather uniform thickness of about 5 mm. The ends of the fibres form at the surface thickly-set projections about 1.5 mm high. The spicules are 1) Oxeas measuring 230-470 x 9-14 jim. 2) Acant
RMRGYM65–. Bulletin. Ethnology. C d FiGDKB 1.—Modified Basket Maker culinary vessel si;apes. as commonly used in this locality. The vessels averaged from 8 to 9 inches (20.32 to 22.86 cm.) in height, 91^ to IO14 inches (23.49 to 26.03 cm.) in diameter, and the orifice from 5 to 6 inches (12.7 to 15.24 cm.) in diameter. The thickness of the walls ranged from ^4 to % of an inch (6 to 9 mm.). A few bowls were also made and used for culinary purposes in this particular group. They were of the deep variety with rounded sides and slightly incurved walls at the rim (fig. 1, d). The size range was from 3I/2 to
RMRGX361–. Bulletin. Ethnology. T-r'f —D. I I ' I ' ' I 0 4 8 12 CM Vessel Scale LjU I 1 0 I 2 3 CM. Rim Seal* Figure 21.—Rim profiles and vessel shapes of Uxy Incised, Mazagao Phase (Appendix, table 7). Body wall thickness: 6-9 mm. Body dimensions: Mouth diameters range from 18-38 cm.; majority 22-26 cm.; bowl depths 5-15 cm.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Smithsonian Institution. Bureau of American Ethnology. Was
RMRG9YN7–. Bulletins of American paleontology. 104 Bulletin 291 75 A o 0) 2 5 75- o 550 0) 25- mm .1 .2 .3 ZcCh-CsSn-NMxDn 1.0 2D â p- ZcCh-CsSn-MxDn ZcCh-CsSn-NMxDn. CdZcWI-Th TâIâIâr 2 3 4 5 6 ZdPr-Cn/ZcCsSn Text-figure 11 A-D. Histograms and cumulative curve from the lectotype and paralectotype of Haploecia straminea (Phillips). A. Normal to maximum cross-sectional dimension of a zooecial chamber. B. Ratio of the maximum cross-sectional dimension of a zooecial chamber to the normal to maximum cross-sectional dimension of a zooecial chamber. C. Compound zooecial wall thickness. D. Count of interzooid
RMRGCJWD–. Bulletin of the Southern California Academy of Sciences. Science; Natural history; Natural history. Bulletin, So. Calif. Academy of Sciences Vol. 53, Part 2, 1954. PLATE 23 Fig. 1. Apsena laticornis, dorsum of elytra and scutellum. Length 7.3 mm., width 4.4 mm., thickness of body 2.7 mm. Fig. 2. Same, side view of elytron. Cu 1,2, — Cubitus; H, — Humerus; M 1, 2, 3, 4 - Media; PC, - Postcubitis; R 1, 2, - Radius; V, - Van- nus; Vf, — Vannal suture. Fig. 3. Same, dorsal outline of pronotum. (continued on next page) 96. Please note that these images are extracted from scanned page images that
RMRGF271–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. </r'. MAP 7c O Castianeira cingulata • C. cingulata - bicolored form width 0.35 mm; leg thickness index 25; leg length index 69. Abdomen length 2.60 mm; abdomen width 1.15 mm; abdomen index 45. Embolus length 0.07 mm; bulb length 0.65 mm; male genital index 10. Description. Carapace orange-brown and hairless, with anterior part of head region dark brown and dark streaking from thoracic groove outwards. Carapace mod- erately narrow in head region (cephaHc width index 58) and smoothly truncated anteriorly. Eyes equa
RMRGY2YM–. Bulletin. Ethnology. Figure 25. CM -Drills, Dodd site. a-d, Group 1; e-h, Group 3; i-l, Group 2. Group 2 (fig. 25); 7 specimens. Narrow, elongate, pressure-flaked pieces without expanded bases; blades un- usually thick in proportion to their width. These pieces are very similar to some of the so-called ensiform drills of the Southeastern United States. Length: Mean 54 mm., range 49 to 58 mm. Width: Mean 13 mm., range 13 to 14 mm. Thickness: Mean 8 mm., range 7 to 10 mm. Group 3 (fig. 25); 8 specimens. Thin flakes with a broad, little retouched base and a long tapering point. Overall length:
RMRGXJ8J–. Bulletin. Ethnology. Figure 195.—Piratuba Plain platter from the Arua Phase site, C-12—Condino. merging into an insloping neck. The point of junction was set off bj^ a raised rib, formed during the building of the wall and not added as apphque. The rib narrows from 2.4 cm. at its attachment to 8 mm. at its top, which is ornamented with a row of impressed rings 1.1 cm. in diameter and spaced 1.5 to 2.5 cm. apart (pi. 108, j). Below the rib, body wall thickness is 1.2 cm.; above, it increases to 2.3 cm. Jar 7 (fig. 179, k) was found with half its base protruding upside down above the surface.
![. Bulletins of American paleontology. mm .1 .2 .3 ZcCh-CsSn-NMxDn 50 ZcCh-CsSn-MxDn ZcCh-CsSn-NMxDn ^—|—]—I—r 100 N* 75- Z 50- E 25- mm .1. CdZcWI-Th 12 3 4 5 ZdPr-Cn/ZcCsSn Text-figure 9 A-D. Histograms and cumulative curve from the lectoiype and four topotypes of Diplocava iticondita Canu and Bassler. A. Normal to maximum cross-sectional dimension of a zooecial chamber. B. Ratio of the maximum cross-sectional dimension of a zooecial chamber to the normal to maximum cross-sectional dimension of a zooecial chamber. C. Compound zooecial wall thickness. D. Count of interzoidal pores per zooecial Stock Photo](https://c8.alamy.com/comp/RG9YNT/bulletins-of-american-paleontology-mm-1-2-3-zcch-cssn-nmxdn-50-zcch-cssn-mxdn-zcch-cssn-nmxdn-ir-100-n-75-z-50-e-25-mm-1-cdzcwi-th-12-3-4-5-zdpr-cnzccssn-text-figure-9-a-d-histograms-and-cumulative-curve-from-the-lectoiype-and-four-topotypes-of-diplocava-iticondita-canu-and-bassler-a-normal-to-maximum-cross-sectional-dimension-of-a-zooecial-chamber-b-ratio-of-the-maximum-cross-sectional-dimension-of-a-zooecial-chamber-to-the-normal-to-maximum-cross-sectional-dimension-of-a-zooecial-chamber-c-compound-zooecial-wall-thickness-d-count-of-interzoidal-pores-per-zooecial-RG9YNT.jpg ". Bulletins of American paleontology. mm .1 .2 .3 ZcCh-CsSn-NMxDn 50 ZcCh-CsSn-MxDn ZcCh-CsSn-NMxDn ^—|—]—I—r 100 N* 75- Z 50- E 25- mm .1. CdZcWI-Th 12 3 4 5 ZdPr-Cn/ZcCsSn Text-figure 9 A-D. Histograms and cumulative curve from the lectoiype and four topotypes of Diplocava iticondita Canu and Bassler. A. Normal to maximum cross-sectional dimension of a zooecial chamber. B. Ratio of the maximum cross-sectional dimension of a zooecial chamber to the normal to maximum cross-sectional dimension of a zooecial chamber. C. Compound zooecial wall thickness. D. Count of interzoidal pores per zooecial Stock Photo")
RMRG9YNT–. Bulletins of American paleontology. mm .1 .2 .3 ZcCh-CsSn-NMxDn 50 ZcCh-CsSn-MxDn ZcCh-CsSn-NMxDn ^—|—]—I—r 100 N* 75- Z 50- E 25- mm .1. CdZcWI-Th 12 3 4 5 ZdPr-Cn/ZcCsSn Text-figure 9 A-D. Histograms and cumulative curve from the lectoiype and four topotypes of Diplocava iticondita Canu and Bassler. A. Normal to maximum cross-sectional dimension of a zooecial chamber. B. Ratio of the maximum cross-sectional dimension of a zooecial chamber to the normal to maximum cross-sectional dimension of a zooecial chamber. C. Compound zooecial wall thickness. D. Count of interzoidal pores per zooecial
RMRFT2C7–. Carnegie Institution of Washington publication. 158 Hydration and Growth. thickness are recognizable in changes in length, although the action of 120 mm. of tissue is involved as against 2 or 3 mm. in the measure- ments of thickness. The structural arrangement of the cell-masses and the shape of the cavity of the pod would operate to minimize the shrinkages so apparent when thickness is measured. m 12p.m. m. 12p.m. m. 12p.m. m. 15 25 35 45 / ; / : / ; • / ^^/ 16°C 7 ' i i 1 1 1 I 1 i i I5°d X45 ! I I i v i A 28°C. j N i i | FIG. 44.—Tracing of an auxographic record of growth in thickne
RMRHMDYH–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. !. Figure 2. (A) Whole mount of a single lamella showing central (C) and peripheral (P) regions. X'4.5, scale bar = 2 mm. (B) Longitudinal section through the central region showing the thin dorsal (D) and thick ventral (V) epithelial layers. P = supporting pillar cell network. H = hemolymph space. X608. scale bar = 10 Aim. Table I Ciilicu/ar thickness and hemolymph-water dillusitm diljcrenccs in I he various .sections o/ horseshoe crab gills Cuticle Diffusion thickness distance Section (Mm) (urn) CV 3.7 ± .10(18) 9.1 ±.24(1
RMRMGW7D–. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. 114 ANNALS OF THE SOUTH AFRICAN MUSEUM. Fig. 7. Xenobrochus agulhasensis (Helmcke, 1938), SAM-A25458, SM 232. A. Interior view of brachial valve. B. Close-up of ventral beak, dorsal view. C. Interior view of pedicle valve. D-E. Ventral and lateral views of loop. A x3. B, D-E x8. C x2. Dimensions (mm) Length Width Thickness SAM-A25458 11,7 9,9 6,7 Loop dimensions (mm) Length Width SAM-A25458 2,1 1,2 Discussion This specimen bears a close resemblance to Liothyrina agulhasensis Helmcke from the Agulhas
RMRGHTWW–. Bulletin of the British Museum (Natural History), Geology. 32 J. E. WHITTAKER & R. L. HODGKINSON 1932 Massilina australis Cushman : 32; pi. 8, figs 2a, b. 1936 Massilina agglutinans Keijzer : 120, text-figs 18, 19. 1938a Pseudomassilina australis (Cushman) Lacroix : 3, text-figs la-c. 1960 Pseudomassilina australis (Cushman); Barker : 12; pi. 6, figs 1, 2 (after Brady). Material. 5 specimens. NB 9452. Variation. Length 0-58-0-84 mm, width 0-62-0-90 mm, thickness 0-17-0-22 mm. Remarks. Lack of specimens precludes studies of the test variability and wall structure. However, the latter (PI.
RMRGHT6K–. Bulletin of the British Museum (Natural History), Geology. 74 J. E. WHITTAKER & R. L. HODGKINSON 1968 Asterorotalia trispinosa (Thalmann); Bhalla: 382; pi. 2, figs la, b. 1968 Asterorotaliapulchella (d'Orbigny); Hofker : 27; pi. 8, figs 8-10; pi. 9, figs 1-7. 1971 Asterorotalia pulchella (d'Orbigny); Huang : 82, text-fig. 4D. Material. About 500 specimens. NB 9448, 9449, 9450, 9452, 9453, 9454, 9455, 9456/7, 9460. Variation. Diameter 0-21 x 0-16-0-97 x 0-68 mm (excluding spines), thickness 0-11-0-30 mm.. Figs 56a-59c Asterorotalia pulchella (d'Orbigny). 56-58, showing variation in shape
RMRFWC66–. Carnegie Institution of Washington publication. 82 NUCLEATION OF THE UNCONTAMINATED ATMOSPHERE. appreciably penetrable even from this remote distance. So far as the data go the absorption is relatively marked between 0.5 and i mm. of thickness, the rates being much larger here than for greater or smaller thicknesses. TABLE 51. — Penetration of tinned iron plates, 0.05 cm. thick. 5^ = 25 cm. Wood fog chamber in lead casket. = 6oo cm. Number of plates. Total thickness. Si. MXio-3. Mean. cm. o o.oo * 4.0 32-4 32 i 05 3-6 25.0 25 2 IO 2.2 5.0 8 2 IO 2.8 II. 2 .... 4 20 2.2 5-0 5 4 2O 2.1 4-4 ...
![. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 592 R. B. LOWELL 80 60 0) o 40 O) CO 0> l CO 20 FvR Am A-. CpdA "Cd A CdP NsP 0.0 0.4 0.8 1.2 Marginal Thickness (mm) 1.6 FIGURE 4. Force to break shell (F, in newtons) versus marginal thickness (T, in mm) at intermediate size (foot area = 1 cm2) for all species and sides of shell. Values calculated from equations in Tables VI and X. The regression line indicates the significant increase of shell strength with increasing marginal thickness: F = -12.6 + 59.IT; n = 19; r = 0.9517, P re, limpets are unique in that one Stock Photo](https://c8.alamy.com/comp/RHMXWG/the-biological-bulletin-biology-zoology-biology-marine-biology-592-r-b-lowell-80-60-0-o-40-o-co-0gt-l-co-20-fvr-am-a-cpda-quotcd-a-cdp-nsp-00-04-08-12-marginal-thickness-mm-16-figure-4-force-to-break-shell-f-in-newtons-versus-marginal-thickness-t-in-mm-at-intermediate-size-foot-area-=-1-cm2-for-all-species-and-sides-of-shell-values-calculated-from-equations-in-tables-vi-and-x-the-regression-line-indicates-the-significant-increase-of-shell-strength-with-increasing-marginal-thickness-f-=-126-59it-n-=-19-r-=-09517-p-re-limpets-are-unique-in-that-one-RHMXWG.jpg ". The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 592 R. B. LOWELL 80 60 0) o 40 O) CO 0> l CO 20 FvR Am A-. CpdA "Cd A CdP NsP 0.0 0.4 0.8 1.2 Marginal Thickness (mm) 1.6 FIGURE 4. Force to break shell (F, in newtons) versus marginal thickness (T, in mm) at intermediate size (foot area = 1 cm2) for all species and sides of shell. Values calculated from equations in Tables VI and X. The regression line indicates the significant increase of shell strength with increasing marginal thickness: F = -12.6 + 59.IT; n = 19; r = 0.9517, P re, limpets are unique in that one Stock Photo")
RMRHMXWG–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 592 R. B. LOWELL 80 60 0) o 40 O) CO 0> l CO 20 FvR Am A-. CpdA "Cd A CdP NsP 0.0 0.4 0.8 1.2 Marginal Thickness (mm) 1.6 FIGURE 4. Force to break shell (F, in newtons) versus marginal thickness (T, in mm) at intermediate size (foot area = 1 cm2) for all species and sides of shell. Values calculated from equations in Tables VI and X. The regression line indicates the significant increase of shell strength with increasing marginal thickness: F = -12.6 + 59.IT; n = 19; r = 0.9517, P re, limpets are unique in that one
![. Bulletin. Ethnology. MEOOERS AND EVANS] ARCHEOLOGY AT MOUTH OF AMAZON 447 Forms: Common vessel shapes reconstructed from sherds: 1. Carinated bowl with everted, thickened rim (fig. 162-1). Rim: Externally thickened, everted, usually with a flattened top and rounded lip. Flat top 1.3-2.0 cm. wide; rim 1.0-1.5 cm. thick. Mouth diameter 24—28 cm. Body ivall thickness: 5-8 mm.; majority 6 mm. Base: Flat, with sides forming a strong angle with bottom and us- ually forming a short pedestal 5-8 mm. high; base diameter 14-16 cm. Body dimensions: Reconstructed height 8-12 cm.; body diameter 22-26 cm. Stock Photo](https://c8.alamy.com/comp/RGWWP6/bulletin-ethnology-meooers-and-evans-archeology-at-mouth-of-amazon-447-forms-common-vessel-shapes-reconstructed-from-sherds-1-carinated-bowl-with-everted-thickened-rim-fig-162-1-rim-externally-thickened-everted-usually-with-a-flattened-top-and-rounded-lip-flat-top-13-20-cm-wide-rim-10-15-cm-thick-mouth-diameter-2428-cm-body-ivall-thickness-5-8-mm-majority-6-mm-base-flat-with-sides-forming-a-strong-angle-with-bottom-and-us-ually-forming-a-short-pedestal-5-8-mm-high-base-diameter-14-16-cm-body-dimensions-reconstructed-height-8-12-cm-body-diameter-22-26-cm-RGWWP6.jpg ". Bulletin. Ethnology. MEOOERS AND EVANS] ARCHEOLOGY AT MOUTH OF AMAZON 447 Forms: Common vessel shapes reconstructed from sherds: 1. Carinated bowl with everted, thickened rim (fig. 162-1). Rim: Externally thickened, everted, usually with a flattened top and rounded lip. Flat top 1.3-2.0 cm. wide; rim 1.0-1.5 cm. thick. Mouth diameter 24—28 cm. Body ivall thickness: 5-8 mm.; majority 6 mm. Base: Flat, with sides forming a strong angle with bottom and us- ually forming a short pedestal 5-8 mm. high; base diameter 14-16 cm. Body dimensions: Reconstructed height 8-12 cm.; body diameter 22-26 cm. Stock Photo")
RMRGWWP6–. Bulletin. Ethnology. MEOOERS AND EVANS] ARCHEOLOGY AT MOUTH OF AMAZON 447 Forms: Common vessel shapes reconstructed from sherds: 1. Carinated bowl with everted, thickened rim (fig. 162-1). Rim: Externally thickened, everted, usually with a flattened top and rounded lip. Flat top 1.3-2.0 cm. wide; rim 1.0-1.5 cm. thick. Mouth diameter 24—28 cm. Body ivall thickness: 5-8 mm.; majority 6 mm. Base: Flat, with sides forming a strong angle with bottom and us- ually forming a short pedestal 5-8 mm. high; base diameter 14-16 cm. Body dimensions: Reconstructed height 8-12 cm.; body diameter 22-26 cm.
RMRGX39W–. Bulletin. Ethnology. rf({ 0 I a sen iy///. 0 4 a 12 CM VttttI 8c9l« Figure 19.—Rim profiles and vessel shapes of Mazagao Plain, Mazagao Phase (Appendix, table 5). 2. Tall, cylindrical jars with short pedestal bases and direct rims (fig. 19-2). Rim: Direct, flat-topped and square with slightly rounded edges; mouth diameter 16-22 cm. Body wall thickness: 4r-ll mm.; majority 7-8 mm. Body dimensions: 18-26 cm.; height 35-40 cm. Base: Flat, short pedestal; 0.5-1.5 cm. high, 10-15 cm. in diameter. 3. Round-bodied jar with unthicliened rim and vertical or outsloping neck (fig. 19-3). Rim: Direct; l
RMRFT2BD–. Carnegie Institution of Washington publication. 168 Hydration and Growth. 19° to 20° C., and high relative humidity during the rainfall of Sep- tember 11 and 12. The fact that the greatest increase in growth occurs in fruits at diameters between 16 and 25 mm. in diameter, before half the final size is reached, is a point to which we shall recur in the discussion of growth in terms of volume. Thus, in No. 3 the increases in thickness weekly wrere as follows: 6 mm., 6.3 mm., 2.5 mm., 3.5 mm. (fig. 50). m. 12p.m. m 12p.m. m. 12p.m. m 12pm. m. 12p.m. m. 12p.m. m I2p.m. 5 15 25 35 45 55 65 75 5 1
RMRJMADK–. Bacteriological apparatus : pathological, biochemical. Scientific apparatus and instruments; Bacteriology; Chemical industry. *% T&)t Hill (Knrtinrattnn, ffiUubrstrr, H. f.. 3815 Glass Tubing. Of best quality, soft glass, medium wall thickness; in 5-foot lengths. (If full lengths are desired, such must be specified; otherwise shorter lengths, more convenient for packing, will be supplied.) No. A B C D E Diameter, outside, mm l%-2% 21/2-31/2 3-4 5-6 7-8 Per lb. 1.20 1.00 .60 .60 .60 No. F Diameter, outside, mm 9 G 10-11 H 12-14 I 15-21 J 22-25 Per lb. .60 .60 .60 .60 .60 No. K Diameter,
![. Bacteriological apparatus : pathological, biochemical. Scientific apparatus and instruments; Bacteriology; Chemical industry. STlfi? Hill (Havparatian. &atl}eaUt, H".. 16375 16380 5830 5925 5930 5935 5940 5945 16375 16380 Plates—Color. Of Coors porcelian; glazed throughout, with exception of bottom surface. Size No. 12 3 4 Dimensions, mm 110 x 90 160 x 125 180 x 110 180 x 140 Number of depressions 12 12 24 30 Each .84 1.14 Plates, Porous. Of Coors porcelain; round. Size No. 1 Diameter, mm 145 Thickness, mm 6 1.62 1.80 2 3 '5 220 6 6 Each 1.08 1.44 2.40 Plates, Porous. Of Ohio porcel Stock Photo](https://c8.alamy.com/comp/RJMY16/bacteriological-apparatus-pathological-biochemical-scientific-apparatus-and-instruments-bacteriology-chemical-industry-stlfi-hill-havparatian-ampatleaut-hquot-16375-16380-5830-5925-5930-5935-5940-5945-16375-16380-platescolor-of-coors-porcelian-glazed-throughout-with-exception-of-bottom-surface-size-no-12-3-4-dimensions-mm-110-x-90-160-x-125-180-x-110-180-x-140-number-of-depressions-12-12-24-30-each-84-114-plates-porous-of-coors-porcelain-round-size-no-1-diameter-mm-145-thickness-mm-6-162-180-2-3-5-220-6-6-each-108-144-240-plates-porous-of-ohio-porcel-RJMY16.jpg ". Bacteriological apparatus : pathological, biochemical. Scientific apparatus and instruments; Bacteriology; Chemical industry. STlfi? Hill (Havparatian. &atl}eaUt, H".. 16375 16380 5830 5925 5930 5935 5940 5945 16375 16380 Plates—Color. Of Coors porcelian; glazed throughout, with exception of bottom surface. Size No. 12 3 4 Dimensions, mm 110 x 90 160 x 125 180 x 110 180 x 140 Number of depressions 12 12 24 30 Each .84 1.14 Plates, Porous. Of Coors porcelain; round. Size No. 1 Diameter, mm 145 Thickness, mm 6 1.62 1.80 2 3 '5 220 6 6 Each 1.08 1.44 2.40 Plates, Porous. Of Ohio porcel Stock Photo")
RMRJMY16–. Bacteriological apparatus : pathological, biochemical. Scientific apparatus and instruments; Bacteriology; Chemical industry. STlfi? Hill (Havparatian. &atl}eaUt, H".. 16375 16380 5830 5925 5930 5935 5940 5945 16375 16380 Plates—Color. Of Coors porcelian; glazed throughout, with exception of bottom surface. Size No. 12 3 4 Dimensions, mm 110 x 90 160 x 125 180 x 110 180 x 140 Number of depressions 12 12 24 30 Each .84 1.14 Plates, Porous. Of Coors porcelain; round. Size No. 1 Diameter, mm 145 Thickness, mm 6 1.62 1.80 2 3 '5 220 6 6 Each 1.08 1.44 2.40 Plates, Porous. Of Ohio porcel
RMRG7BBP–. Bulletin - United States National Museum. Science. PACIFIC TUNICATA OF U.S. NATIONAL MUSEUM 225. Figure 102.— Ilartmeyeria orientalis Oka: a, riglit side of 10 mm. animal; b, dorsal tubercle of the same specimen. 12 mm. long specimen Left D 0 (11) 0 (1) 0 (10) 0 (8) 0 (5) 0 (4) 0 V Right D 0 (11) 0 (1) 0 (10) 0 (8) 0 (8) 0 (5) 0 V Transverse vessels arranged 1 222 1 or 1 333 2 333 1 (numerals indi- cate orders of the thickness of vessels). Stigmata very elongated, being stretched between thick vessels of first order. Two infundibula under branchial fold in each interval between tliick vessel
RMRHDN9C–. Bonner zoologische Monographien. Zoology. 88 Frequency (kHz) 10t 5-. 1000 ms 1 0 500 1000 ms Fig.23: Audiospectrogram and oscillogram of the advertisement call of Coclvanella bejaranoi from a point north of Remates, P.N. Amboro, 2300 m a.s.l. Recording obtained on 2 January 1998. Air temperature 14.1°C. clefts and were approximately 40 mm in diameter and 10 mm in thickness. One clutch contained 21 developing larvae. Vo c a 1 i z a t i o n : Advertisement calls were recorded on 2 January 1998 noith of Remates, Parque Nacional Amboro, Provincia Florida, Depaitamento Santa Cnaz, 2300 m a.s.l. C
RMRJN6CR–. Bacteriological apparatus : pathological, biochemical. Scientific apparatus and instruments; Bacteriology; Chemical industry. Ulhr Hill Olurjuiratimt, Matlf^sttv, $L. 10340 10340 Asbestos Pads. Square, bound with metal; thickness, 1.5 mm. No. Size, mm A 75 B 100 c 125 D 150 Each .30 .35 .40 .45 10345 Asbestos Pads. Square, bound with metal; thickness, 3 mm. No. A B C D Size, mm 75 100 125 150 Each .35 .40 .45 .50 10350 Asbestos Pads. Square, bound with metal; for use under heated ves- sels, etc. No. A B C D E Size, mm 165 200 250 330 500 Each .60 .75 1.10 1.65 2.25 10355 Asbestos Pads. Oblon
![. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 22 J. T. THOMPSON AND W. M. KIER 0.0 -0.2 - -0.4 - -1.2 0 M.inlL-wall(Y=1.29X-1.96 r=0 O White muscle only (Y= 1.34X-2.07 r=n.<W). 0.6 0.8 1.0 1.2 1.4 1.6 Log Dorsal Mantle Length (mm) Figure 7. Mantle morphometric data. Log thickness of the mantle wall (filled symbols) and log thickness of the layer of "white" circumferential mantle muscles (open symbols) versus log dorsal mantle length. The thickness of both the entire mantle wall and the layer of white circumferential muscles was measured at 'A dorsal mantle Stock Photo](https://c8.alamy.com/comp/RHM9XN/the-biological-bulletin-biology-zoology-biology-marine-biology-22-j-t-thompson-and-w-m-kier-00-02-04-12-0-minll-wally=129x-196-r=0-o-white-muscle-only-y=-134x-207-r=nltw-06-08-10-12-14-16-log-dorsal-mantle-length-mm-figure-7-mantle-morphometric-data-log-thickness-of-the-mantle-wall-filled-symbols-and-log-thickness-of-the-layer-of-quotwhitequot-circumferential-mantle-muscles-open-symbols-versus-log-dorsal-mantle-length-the-thickness-of-both-the-entire-mantle-wall-and-the-layer-of-white-circumferential-muscles-was-measured-at-a-dorsal-mantle-RHM9XN.jpg ". The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 22 J. T. THOMPSON AND W. M. KIER 0.0 -0.2 - -0.4 - -1.2 0 M.inlL-wall(Y=1.29X-1.96 r=0 O White muscle only (Y= 1.34X-2.07 r=n.<W). 0.6 0.8 1.0 1.2 1.4 1.6 Log Dorsal Mantle Length (mm) Figure 7. Mantle morphometric data. Log thickness of the mantle wall (filled symbols) and log thickness of the layer of "white" circumferential mantle muscles (open symbols) versus log dorsal mantle length. The thickness of both the entire mantle wall and the layer of white circumferential muscles was measured at 'A dorsal mantle Stock Photo")
RMRHM9XN–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 22 J. T. THOMPSON AND W. M. KIER 0.0 -0.2 - -0.4 - -1.2 0 M.inlL-wall(Y=1.29X-1.96 r=0 O White muscle only (Y= 1.34X-2.07 r=n.<W). 0.6 0.8 1.0 1.2 1.4 1.6 Log Dorsal Mantle Length (mm) Figure 7. Mantle morphometric data. Log thickness of the mantle wall (filled symbols) and log thickness of the layer of "white" circumferential mantle muscles (open symbols) versus log dorsal mantle length. The thickness of both the entire mantle wall and the layer of white circumferential muscles was measured at 'A dorsal mantle
RMRMHK0P–. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. Fig. 6. Xenobrochus africanus (Cooper, 1973). A-D. SAM-A25454, SM 103: dorsal, lateral, ventral and anterior views of conjoined valves with pedicle. E. SAM-A25454, SM 103: interior view of pedicle valve. F. SAM-A25455, SM 129: dorsal view of conjoined valves. G. SAM-A25454, SM 103: interior view of brachial valve. H. SAM-A25454, SM 103: ventral view of loop. A-E x3. F-G x6. H x8. Dimensions (mm) Length Width Thickness SAM-A25454 3,8 3,5 1,8 6,6 5,1 3,4 A25455 6,1 5,2 3,0 A25456 6,6 5,9 — A25457 — 5,2
RMRMHJW5–. Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum. Natural history. 122 ANNALS OF THE SOUTH AFRICAN MUSEUM no^^. Fig. 11. Chlidonophora chuni Blochman, 1903, SAM-A25465, SM 246. A-B. Dorsal and lateral views of conjoined valves with pedicle. C. Anterior view of conjoined valves. D-E. Ventral and interior views of pedicle valve. F-H. Ventral, lateral and anterior views of brachial valve interior showing loop. All x6. Dimensions (mm) Length Width Thickness SAM-A25464 4,7 4,1 2,2 4,4 4,1 1,9 SAM-A25465 4,7 4,5 2,1 4,1 3,9 1,9 4,5 4,2 2,1 Loop dimensions (mm) Length Widt
RMRFRJ2H–. Carnegie Institution of Washington publication. Oct. Jan. Apr. Dotted line=Rainfall producing big singles, 1.54 mm. C^ Dotted line=Rainfall producing small singles, 0.61 mm. Solid line=Rainfall producing big doubles, 1.55 mm. 4.0 3.0 2.0 1.0 4.0 3.0 2.0 1.0 5.0 4.0 3.0 2.0 1.0 3.0 2.0 1.0 FIG. 1.—Effect of monthly distribution of precipitation on thickness of rings of growth; Prescott, Arizona. doubles mentioned above are plotted, together with a selected list of 6 small singles particularly deficient in red tissues. They are, 1904 double once in 10, 1902 double once in 10, 1899 single, 189
RMRHNT4E–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. RED CELL VOLUME OF T. MOSSAMBICA 107 TABLE I The formed elements of T. mossambica blood in circulation Cell type Dimensions (microns) Cell: iiuc. ratios (by length) Whole cell Nucleus Lengtli Width Thickness Length Width Small lymphocyte Large lymphocyte Macrophage Thrombocvte 7.5* 12.4* 12.9* 9.1 3.7 — 6.3* 5.8* 7.9* 7.0 3.3 1.2 2.1 1.6 1.3 Erythrocyte** 11 ± 0.7 7.5 ± 0.1 3.0 5.0 3.4 2.2 * Recorded as the greatest dimension through the central axis. ** Numbers per mm.3 == 1.549,000 ± 73,000 SD. reference standard. Serial s
RMRHM15J–. The Biological bulletin. Biology; Zoology; Marine biology. RED CELL VOLUME OF T. MOSSAMBICA 107 T.BLE I The formed elements of T. mossambica blood in circulation Dimensions (microns) Cell type Whole cell Nucleus Celhnuc. ratios (by length) Length Width Thickness Lengtii Width Small lymphocyte Large lymphocyte Macrophage Thrombocyte Erythrocyte** 7.5* 12.4* 12.9* 9.1 11 ± 0.7 3.7 7.5 ± 0.1 3.0 6.3* 5.8* 7.9* 7.0 5.0 3.3 3.4 1.2 2.1 1.6 1.3 2.2 * Recorded as the greatest dimension through the central axis. ** Nimibers per mm.' = 1,549,000 =t 73,000 SD. reference standard. Serial sampling up t
RMRJN6D6–. Bacteriological apparatus : pathological, biochemical. Scientific apparatus and instruments; Bacteriology; Chemical industry. 10335 f . i- -i ' 10305 10310 10300 Apron—Asbestos. Fire and acid-proof . Each 6.50 10305 Aprons. Of rubber cloth; desirable for protecting clothes. No. Length, in. A 45 B 48 C 50 Each 2.50 2.50 2.50 10310 Asbestos Board. Fire and acid-proof; in sheets 1 meter square. No. A B C D E F G H Thickness, mm .75 1.5 2.25 3 5 6 9 12 Weight, kilos .75 2 2.50 3.50 5 7 10.5 14 Per lb.—35c to $1.00, depending upon quantity ordered. 10315 Asbestos Board. Cut in squares. No. A B C
![. Bulletin. Agriculture -- Ontario. thickness. These doors are raised a foot above the level of the sills, and in this space near the south wall is cut small doors for the poultry, 10 inches wide, having sliding doors. Interior ArrangeTnents. The dropping board is three feet wide and 18 inches above the level of the top of the sills. Two roosts, each 2x3, are placed on the J U J u J U L u J Scratching ) Shed r:v";VT^-] 1 1 1 1 Scratch in cf Skcd Fiff. 1 3 3 lO >. % 10 K S lO Jf 'O / -J ( 1 lO < /O "/â 1 n i n rrn n n rl ( w Fig. 2.. A ^^'mm:.-:^:C t->--:A-c^^-r X-v-y-'y^ Stock Photo](https://c8.alamy.com/comp/RH15XG/bulletin-agriculture-ontario-thickness-these-doors-are-raised-a-foot-above-the-level-of-the-sills-and-in-this-space-near-the-south-wall-is-cut-small-doors-for-the-poultry-10-inches-wide-having-sliding-doors-interior-arrangetnents-the-dropping-board-is-three-feet-wide-and-18-inches-above-the-level-of-the-top-of-the-sills-two-roosts-each-2x3-are-placed-on-the-j-u-j-u-j-u-l-u-j-scratching-shed-rvquotvt-1-1-1-1-scratch-in-cf-skcd-fiff-1-3-3-lo-gt-10-k-s-lo-jf-o-j-1-lo-lt-o-quot-1-n-i-n-rrn-n-n-rl-w-fig-2-a-mm-c-t-gt-a-c-r-x-v-y-y-RH15XG.jpg ". Bulletin. Agriculture -- Ontario. thickness. These doors are raised a foot above the level of the sills, and in this space near the south wall is cut small doors for the poultry, 10 inches wide, having sliding doors. Interior ArrangeTnents. The dropping board is three feet wide and 18 inches above the level of the top of the sills. Two roosts, each 2x3, are placed on the J U J u J U L u J Scratching ) Shed r:v";VT^-] 1 1 1 1 Scratch in cf Skcd Fiff. 1 3 3 lO >. % 10 K S lO Jf 'O / -J ( 1 lO < /O "/â 1 n i n rrn n n rl ( w Fig. 2.. A ^^'mm:.-:^:C t->--:A-c^^-r X-v-y-'y^ Stock Photo")
RMRH15XG–. Bulletin. Agriculture -- Ontario. thickness. These doors are raised a foot above the level of the sills, and in this space near the south wall is cut small doors for the poultry, 10 inches wide, having sliding doors. Interior ArrangeTnents. The dropping board is three feet wide and 18 inches above the level of the top of the sills. Two roosts, each 2x3, are placed on the J U J u J U L u J Scratching ) Shed r:v";VT^-] 1 1 1 1 Scratch in cf Skcd Fiff. 1 3 3 lO >. % 10 K S lO Jf 'O / -J ( 1 lO < /O "/â 1 n i n rrn n n rl ( w Fig. 2.. A ^^'mm:.-:^:C t->--:A-c^^-r X-v-y-'y^
RMRG9YPK–. Bulletins of American paleontology. 58 Bulletin 291 7 5 o cr 0) 75 o ^50 IT mm .1 25- M I 'I I I I .2 .3 ZcCh-CsSn-NMxDn B 1.0 fT^I I I I I I I 2D ZcCh-CsSn-MxDn ZcCh-CsSn-NMxDn. CdZcWI-Th 1 2 3 4 5 6 ZdPr-Cn/ZcCsSn Text-figure 7 A-D. Histograms and cumulative curve from the lectotype of Cer'topora micropora Goldfuss. A. Normal to maximum cross-sectional dimension of a zooecial chamber. B. Ratio of the maximum cross-sectional dimension of a zooecial chamber to the normal to maximum cross-sectional dimension of a zooecial chamber. C. Compound zooecial wall thickness. D. Count of interzooidal
![. Bulletins of American paleontology. Cerioporid Cyclostomes (Bryozoa): Nye 105 4- 2^ o c 4 i 0) D —I ^ 9-1 4- 2- B. * TTT^X"! I I I I I I I I I I I I I I I I I I .02 .04 .06 thickness in mm. Text-figure 12 A-C. Histograms showing variation in thickness of peri- stomia! diaphragms in Haploccia straminca (Phillips). A. More than 3.0 mm from tip of encrusted branch in YM T81/1. B. More than 1.2 mm, less than 3.0 mm from branch tip in YM T81/2. C. Less than 1.2 mm from tip of un- encrusted branch in YM T81/2.. Please note that these images are extracted from scanned page images that may have Stock Photo](https://c8.alamy.com/comp/RG9YMY/bulletins-of-american-paleontology-cerioporid-cyclostomes-bryozoa-nye-105-4-2-o-c-4-i-0-d-i-9-1-4-2-b-tttxquot!-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-i-02-04-06-thickness-in-mm-text-figure-12-a-c-histograms-showing-variation-in-thickness-of-peri-stomia!-diaphragms-in-haploccia-straminca-phillips-a-more-than-30-mm-from-tip-of-encrusted-branch-in-ym-t811-b-more-than-12-mm-less-than-30-mm-from-branch-tip-in-ym-t812-c-less-than-12-mm-from-tip-of-un-encrusted-branch-in-ym-t812-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-RG9YMY.jpg ". Bulletins of American paleontology. Cerioporid Cyclostomes (Bryozoa): Nye 105 4- 2^ o c 4 i 0) D —I ^ 9-1 4- 2- B. * TTT^X"! I I I I I I I I I I I I I I I I I I .02 .04 .06 thickness in mm. Text-figure 12 A-C. Histograms showing variation in thickness of peri- stomia! diaphragms in Haploccia straminca (Phillips). A. More than 3.0 mm from tip of encrusted branch in YM T81/1. B. More than 1.2 mm, less than 3.0 mm from branch tip in YM T81/2. C. Less than 1.2 mm from tip of un- encrusted branch in YM T81/2.. Please note that these images are extracted from scanned page images that may have Stock Photo")
RMRG9YMY–. Bulletins of American paleontology. Cerioporid Cyclostomes (Bryozoa): Nye 105 4- 2^ o c 4 i 0) D —I ^ 9-1 4- 2- B. * TTT^X"! I I I I I I I I I I I I I I I I I I .02 .04 .06 thickness in mm. Text-figure 12 A-C. Histograms showing variation in thickness of peri- stomia! diaphragms in Haploccia straminca (Phillips). A. More than 3.0 mm from tip of encrusted branch in YM T81/1. B. More than 1.2 mm, less than 3.0 mm from branch tip in YM T81/2. C. Less than 1.2 mm from tip of un- encrusted branch in YM T81/2.. Please note that these images are extracted from scanned page images that may have
![. Bulletins of American paleontology. Ordovician-Silurian Colonial Corals; Young and Ellas 71 Length Width C.v,: 12,5 1 1,2 n=61. 1 1.4 1.8 2.2 Tdbularium Dimension (mm) 3 10 B ,+ Length Width c.v,; 13,5 15.8 n=31 ' ,+' y â ,4-' / .+-' ^^â +., Tabularium Dimension (mm) 0.7 1â 1.2 1.4 1.6 Tabularium Length (mm) ^ 50 D 0 fr? P ''° "S. D 0? 1/1 30 n D D o £ 2° Dl D c A o 10 âI n o O 0.22 0.26 0.3 0.34 Wall Thickness (mm) Text-figure 19. âIntraspecific variation in Halysiles ale.xandricus. A, B, Tabularium size-frequency distributions for selected coralla: A, USNM 485781 (holotype). S Stock Photo](https://c8.alamy.com/comp/RG9MWF/bulletins-of-american-paleontology-ordovician-silurian-colonial-corals-young-and-ellas-71-length-width-cv-125-1-12-n=61-1-14-18-22-tdbularium-dimension-mm-3-10-b-length-width-cv-135-158-n=31-y-4-tabularium-dimension-mm-07-1-12-14-16-tabularium-length-mm-50-d-0-fr-p-quots-d-0-11-30-n-d-d-o-2-dl-d-c-a-o-10-i-n-o-o-022-026-03-034-wall-thickness-mm-text-figure-19-intraspecific-variation-in-halysiles-alexandricus-a-b-tabularium-size-frequency-distributions-for-selected-coralla-a-usnm-485781-holotype-s-RG9MWF.jpg ". Bulletins of American paleontology. Ordovician-Silurian Colonial Corals; Young and Ellas 71 Length Width C.v,: 12,5 1 1,2 n=61. 1 1.4 1.8 2.2 Tdbularium Dimension (mm) 3 10 B ,+ Length Width c.v,; 13,5 15.8 n=31 ' ,+' y â ,4-' / .+-' ^^â +., Tabularium Dimension (mm) 0.7 1â 1.2 1.4 1.6 Tabularium Length (mm) ^ 50 D 0 fr? P ''° "S. D 0? 1/1 30 n D D o £ 2° Dl D c A o 10 âI n o O 0.22 0.26 0.3 0.34 Wall Thickness (mm) Text-figure 19. âIntraspecific variation in Halysiles ale.xandricus. A, B, Tabularium size-frequency distributions for selected coralla: A, USNM 485781 (holotype). S Stock Photo")
RMRG9MWF–. Bulletins of American paleontology. Ordovician-Silurian Colonial Corals; Young and Ellas 71 Length Width C.v,: 12,5 1 1,2 n=61. 1 1.4 1.8 2.2 Tdbularium Dimension (mm) 3 10 B ,+ Length Width c.v,; 13,5 15.8 n=31 ' ,+' y â ,4-' / .+-' ^^â +., Tabularium Dimension (mm) 0.7 1â 1.2 1.4 1.6 Tabularium Length (mm) ^ 50 D 0 fr? P ''° "S. D 0? 1/1 30 n D D o £ 2° Dl D c A o 10 âI n o O 0.22 0.26 0.3 0.34 Wall Thickness (mm) Text-figure 19. âIntraspecific variation in Halysiles ale.xandricus. A, B, Tabularium size-frequency distributions for selected coralla: A, USNM 485781 (holotype). S
RMRGF2CP–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Castianeirixae of North axu Cextral America • Rciskind 189. MAP I o Castianeira longipalpus • C. luctifera A C. alata 1.8.5-2.05 mm; carapace index 70, 70-72. Based on holotype only: sternum length 1.30 mm; sternum width 0.95 mm; sternum index 75. Femur I' length 2.10 mm, 2.10-2.15 mm; femur I' width 0.55 mm, 0.55-0.60 mm; leg thickness index 26, 26-28; leg length index 80, 77-80. Abdomen length 2.85 mm, 2.8.5-2.90 mm; abdomen width 1..55 mm, 1.25-1.55 mm; abdomen index 54, 4.3-54. Based on one male, not the holot&g
RMRH05HK–. Bulletin. Science. DROUGHT EFFECTS ON FRUIT IN JUNIPER AND MISTLETOE 93 Table 6. Fruit characteristics of uninfected J. osteosperma hosts (control) and hosts with three levels of P. juniperinum infections in Pine Creek of southern Nevada (n = 100 per fruit or seed characteristic). Weather Infection Diameter Thickness Dry mass Seed length Seed dry mass condition status (mm) (mm) (g) (mm) (g) Drought Control 9.2 7.3 2.4 7.9 1.1 Light 8.8 7.2 2.4 7.7 1.0 Moderate 8.4 7.2 2.2 7.3 0.9 Heavy 8.1 7.0 2.1 6.0 0.9 Non-drought Control 9.7 7.4 2.6 8.3 1.3 Light 9.3 7.4 2.5 8.1 1.3 Moderate 9.0 7.2 2.3
![. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. 284 DISCOVERY REPORTS Genus Nectonemertes, Verrill (part) Nectonemertes mirabilis, Verrill, 1892 (Fig. 61). A note was made that the colour in life of this specimen was "pinky red". It was taken at St. 87. The length of the preserved specimen (N 80) was 14 mm., breadth 2-1 mm., thickness 1 mm. The colour was yellow and semi-transparent. The anatomy has been thoroughly described by previous workers. This specimen was a female with large eggs. The proboscis was missing. An outline sketch Stock Photo](https://c8.alamy.com/comp/RCE50M/discovery-reports-discovery-ship-scientific-expeditions-ocean-antarctica-falkland-islands-284-discovery-reports-genus-nectonemertes-verrill-part-nectonemertes-mirabilis-verrill-1892-fig-61-a-note-was-made-that-the-colour-in-life-of-this-specimen-was-quotpinky-redquot-it-was-taken-at-st-87-the-length-of-the-preserved-specimen-n-80-was-14-mm-breadth-2-1-mm-thickness-1-mm-the-colour-was-yellow-and-semi-transparent-the-anatomy-has-been-thoroughly-described-by-previous-workers-this-specimen-was-a-female-with-large-eggs-the-proboscis-was-missing-an-outline-sketch-RCE50M.jpg ". Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. 284 DISCOVERY REPORTS Genus Nectonemertes, Verrill (part) Nectonemertes mirabilis, Verrill, 1892 (Fig. 61). A note was made that the colour in life of this specimen was "pinky red". It was taken at St. 87. The length of the preserved specimen (N 80) was 14 mm., breadth 2-1 mm., thickness 1 mm. The colour was yellow and semi-transparent. The anatomy has been thoroughly described by previous workers. This specimen was a female with large eggs. The proboscis was missing. An outline sketch Stock Photo")
RMRCE50M–. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. 284 DISCOVERY REPORTS Genus Nectonemertes, Verrill (part) Nectonemertes mirabilis, Verrill, 1892 (Fig. 61). A note was made that the colour in life of this specimen was "pinky red". It was taken at St. 87. The length of the preserved specimen (N 80) was 14 mm., breadth 2-1 mm., thickness 1 mm. The colour was yellow and semi-transparent. The anatomy has been thoroughly described by previous workers. This specimen was a female with large eggs. The proboscis was missing. An outline sketch
RMRCW32X–. Design for implosion of concrete cylinder structures under hydrostatic loading. Underwater concrete construction; Hydraulic structures. Although the cylinders were fabricated in rigid steel molds (Ref 2), the mold segments sprang slightly after the first disassembly. After References 2 and 4 were already published, a short cylinder section was mounted in a lathe to determine out-of-roundness more accurately than had been done previously. The inside and outside radius and the wall thickness varied by ±1/32 inch (1.6 mm). The out-of-roundness parameters are summarized in Table 1. Substituting
RMRCC714–. Diseases of domesticated birds. Poultry; Poultry; Birds. ASPERGILLOSIS 117. they are seen to be covered with a fine, short down which later disappears quickly and does not return again. The white point en- larges and forms a layer 1 or 2 mm. thick adhering to the epidermis underneath. The color is generally white or gray. In time the thickness of the crusts increases as do the surface dimensions. Finally the small patches origi- nally isolated, coalesce. The ex- tension is regular. A white patch may reach the dimensions of the comb itself. Sometimes the di- mensions of a patch remain small b
RMRCW7N8–. The development of the chick : an introduction to embryology. Embryology; Chickens -- Embryos. ORGANS OF SPECIAL SENSE 277 This process is kept up not only during embryonic life, but dur- ing the entire growth of the fowl; thus the thickness of the superimposed lamellse is only 0.60 mm. at hatching, but is 2.345 mm. in the adult (Rabl). In the fowl the lens includes three concentric layers of fibers: (1) the central mass or core formed by the proximal wall of the original lens-sac; this has the same diameter (0.80 mm.) as the entire fiber mass at eight days. Nuclei are entirely ab- sent. (2)
RMRCTC5P–. The development of the chick; an introduction to embryology. Birds -- Embryology. ORGANS OF SPECIAL SENSE 277 This process is kept up not only during embryonic life, but dur- ing the entire growth of the fowl; thus the thickness of the superimposed lamellae is only 0.60 mm. at hatching, but is 2.345 mm. in the adult (Ral)l). In the fowl the lens includes three concentric layers of fibers: (1) the central mass or core formed by the proximal wall of the original lens-sac; this has the same diameter (0.80 mm.) as the entire fiber mass at eight days. Nuclei are entirely ab- sent. (2) An intermed
Search Results for Thickness 1 2 mm Stock Photos and Images (257)
Page 3 of 3