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| | 51703satcat.html |
 | | Two 12th Century Sung Dynasty bowls (both having chips and pitting), diameters 6 3/4" and 7 1/2"; and a 14th Century Ming Dynasty celadon plate, the center having floral decoration (spots where glaze thinly applied), diameter 7 1/4". | | | Late 18th Century Chinese Ching Dynasty blue and white shallow bowl with lotus design (hairline cracks on bottom), diameter 9 1/8"; and a 19th Century Chinese Ching Dynasty blue and white shallow bowl with blue splash in center, diameter 8 3/4". | | | 11th Century Chinese Sung Dynasty celadon saucer (eroded glaze), diameter 5 1/4"; 12th Century Chinese Sung Dynasty celadon shallow bowl with unglazed center (chip on rim), diameter 4 7/8"; 14th Century Ming Dynasty celadon saucer having scalloped edges, center unglazed, diameter 4 7/8"; and a 14th Century white glazed bowl, diameter 3 7/8". |
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http://www.bunteauction.com/catprices/51703satcat.html
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| | rfc3588.txt |
| | Diameter implementations are required to support all Mandatory AVPs which are allowed by the message's formal syntax and defined either in the base Diameter standard or in one of the Diameter Application specifications governing the message. | | | In that sense, Diameter is a peer- to-peer protocol. | | | Diameter Relays and redirect agents are, by definition, protocol transparent, and MUST transparently support the Diameter base protocol, which includes accounting, and all Diameter applications. |
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http://www.ietf.org/rfc/rfc3588.txt
(7219 words)
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| | lab3.doc |
| | diameter of the cylindrical vessel, the hydraulic diameter of the orifices, the spherical diameter of particles, density of particles and head of packing, etc. To examine the effects of all these parameters one by one seems impossible because it requires a great amount of work. | | | A circular aperture whose diameter equals the outside diameter of cylinder was machined on the upper surface of the base through half the thickness of the base. | | | The only factor which affects mass flow rate reasonably is the ratio of hydraulic diameter of the orifice to the spherical diameter of the particles. |
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http://www.eng.auburn.edu/~xshi/WordFile/lab3.doc
(2574 words)
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| | Internet accounting - Diameter |
| | Diameter supports Keep-allive messages and messages that indicate that a server is going down for a time period. | | | A DIAMETER extension is an extension on the described protocol for a specific service or task using DIAMETER as a transport mechanism. | | | This protocol introduces a ZLB message (Zero Length Body, a diameter message without a diameter command), which is used to send an acknowledge of a received message, when there is no other message to piggy-back the the acknowledgement. |
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http://ing.ctit.utwente.nl/WU5/D5.1/Technology/diameter
(2574 words)
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| | Chackram |
| | Chakram #2: Brass throwing ring with complex airfoiling: weight = 132 gm; outer diameter = 275 mm; inner diameter = 245 mm; max thickness = 1.0 mm | | | Chakram #6: Steel throwing ring: weight = 280 gm; outer diameter = 239 mm; inner diameter = 199 mm; max thickness = 3.0 mm | | | Chakram #4: Steel throwing ring with simple art: weight = 160 gm; outer diameter = 250 mm; inner diameter = 225 mm; max thickness = 2.0 mm |
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http://www.flight-toys.com/rings/chackrum.html
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| | Hedderwick: "Marine Architecture" (1830) |
| | Its diameter at the mast or cheeks is 2-3ds of the diameter at the sheet; and its diameter at the outer end is 3-5ths of the diameter at the sheet. | | | 11 th, Length of the pole is 3-5ths of the length of the mast from heel to the rigging; diameter at the same 2-3ds of that at the cap; at the truck, 3-5ths of the diameter at the rigging. | | | 10 th, The Length of the Main Royal-mast, from heel to pole, is 4-7ths of the main top-gallant mast, and its diameter 5-8ths of the main top-gallant mast. |
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http://www.bruzelius.info/Nautica/Rigging/Masting/Hedderwick(1830)_p352.html
(2574 words)
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| | Dream Catchers - Dream Catcher Gallery |
| | Size: 4" diameter outer dream catcher with a 2" inner diameter medicine wheel; 6" diameter outer dream catcher with a 3" inner diameter medicine wheel; and 10" diameter outer dream catcher with a 6" inner diameter medicine wheel | | | Size: 4" diameter outer dream catcher with a 2" inner diameter dream catcher; and 6" diameter outer dream catch with a 3" inner diameter dream catcher | | | As the legend goes, the Dream Catcher was used by the Woodland Indians and was hung in the lodge (near the window). |
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http://www.dreamcatchergallery.com/11/cat11.htm?72
(2574 words)
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| | Slugs and Snails of Western Washington |
| | Umbilicus wide, 23 to 33% of shell diameter; 3 to 4.25 whorls in full-grown shells; full-grown shells 1 to 2.4 mm in diameter. | | | Umbilicus of shell minute to completely closed; 3.8 to 6.5 whorls in full-grown shells; full-grown shells 2 to 3.8 mm in diameter. | | | Shell lip thickened but not broadly reflected in outer part of lip in full-grown shells, lip is partially reflected near umbilicus; umbilicus open, about 10% of shell diameter; shell dark brown with one or more bands or stripes along periphery (yellowish morph encountered occasionally); native species, generally found in more natural settings. |
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http://www.evergreen.edu/ants/TESCBiota/mollusc/key/webkey.htm
(3416 words)
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| | Environmental Protection Agency > Basic Concepts in Environmental Sciences > Module 3: Aerodynamic Diameter |
| | The aerodynamic diameter is the diameter of a spherical particle having a density of 1 gm/cm | | | The Stokes diameter for a particle is the diameter of the sphere that has the same density and settling velocity as the particle. | | | The term "aerodynamic diameter" has been developed by aerosol physicists in order to provide a simple means of categorizing the sizes of particles having different shapes and densities with a single dimension. |
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http://www.epa.gov/eogapti1/module3/diameter/diameter.htm
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| | diameter |
| | Predict the diameter and circumference of a circle with a radius six centimeters. | | | Students will write a rule about the relationship between the diameter and radius of a circle, (the diameter is twice the radius) and the relationship between the circumference and the diameter of a circle (the circumference is a little more than three times the diameter.) | | | Have students use their findings to predict the diameter and circumference with a radius of 6 centimeters (diameter 12 cm, circumference approximately 36 cm.) Students will compare their findings against their predictions. |
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http://www.ship.edu/~eisen/Eisen99/Intermediate/Grade5/diameter.htm
(3416 words)
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| | aaa.txt |
| | AGENDA: Preliminaries (10 minutes) Bluesheets Minutes Agenda Bashing Document Status Diameter MIPv4 (15 minutes), Tom Hiller http://www.ietf.org/internet-drafts/draft-ietf-aaa-diameter-mobileip-14.txt Diameter NASREQ (15 minutes), David Mitton http://www.ietf.org/internet-drafts/draft-ietf-aaa-diameter-nasreq-12.txt Diameter EAP (15 minutes), Pasi Eronen http://www.ietf.org/internet-drafts/draft-ietf-aaa-eap-02.txt Diameter Credit Control Application (15 minutes), John Loughney http://www.ietf.org/internet-drafts/draft-ietf-aaa-diameter-cc-00.txt Diameter Multimedia Application (15 minutes), M. Garcia-Martin http://www.ietf.org/internet-drafts/draft-belinchon-aaa-diameter-mm-app-01.txt Roadmap (15 minutes) WG Chairs and ADs | | | Authentication, Authorization and Accounting WG (aaa) Wednesday, July 16 at 1300-1500 ================================ CHAIRS: Bernard Aboba David Mitton |
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http://mirror.psunit.com/ietf/03jul/aaa.txt
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| | The Planets |
| | Jupiter was 41.1 arcseconds in diameter at the equator, Saturn was 21 arcseconds in diameter at the equator, Venus was 41 arcseconds in diameter and 26% illuminated, and Mars was 4.2 arcseconds in diameter. | | | Mercury was 7.7 arcseconds in diameter, Venus was 23.6 arcseconds in diameter, Mars was 4.9 arcseconds in diameter, Jupiter was 43.6 arcseconds in diameter with Europa and Io and their shadows in transit, and Saturn was 18.4 arcseconds in diameter. | | | Four planets imaged on the night of December 5-6, 2002. |
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http://www.unm.edu/~abqtom/planets.htm
(3416 words)
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| | Chalices |
| | Chalice height 7"; Cup diameter 4.25"; Holds 16 oz.; 7.5" diameter dish paten; Ciborium is 8-7/8" tall; Cup diameter 4.5"; host capacity 150. | | | Chalice height 7-1/8"; Cup diameter 4.25"; Holds 16 oz.; 6.25" diameter bowl paten; Ciborium is 8" tall; Cup diameter 4-5/8"; host capacity 300. | | | Chalice height 8"; Cup diameter 4-1/16"; Holds 11 oz.; 5-5/8" diameter well paten; Ciborium is 9.5" tall; Cup diameter 4.25"; host capacity 200. |
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http://www.catholicsupply.com/churchs/chalice.html
(3416 words)
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| | Rocket Name: American Rocket Weight (Ounces): .6 (Grams): 17 |
| | Rocket Name: Renegade X Rocket Weight (Ounces): 11.5 (Grams): 326 Diameter (In Inches): 1.88 Type: Single Stage Manufacturer: North Coast Rocketry Length (In Inches): 41.25 Recovery: Parachute/Streamer Engines: 24 mm., 27 mm., 29 mm. | | | Rocket Name: Graduator Rocket Weight (Ounces): 12.0 (Grams): 340 Diameter (In Inches): 2.63 Type: Single Stage Manufacturer: L. Precision Length (In Inches): 39.5 Recovery: Parachute/Streamer Engines: 24 mm., 27 mm., 29 mm. | | | Rocket Name: Forte Rocket Weight (Ounces): 20.0 (Grams): 567 Diameter (In Inches): 3.1 Type: Single Stage Manufacturer: L. Precision Length (In Inches): 45.2 Recovery: Parachute/Streamer Engines: 24 mm., 27 mm., 29 mm. |
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http://www.geocities.com/ronwat2000/highpowerrocketdata.html
(3416 words)
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| | Aerosol container with position-sensitive shut-off valve - Patent 4124149 |
| | In this aerosol container, the diameter of actuator (valve delivery) orifice 74 is 0.5 mm; the diameter of the valve stem orifice 73a is 0.64 mm; the diameter of the vapor tap orifice 82 is 1.0 mm; and the diameter of the tail piece passage 75b is 0.89 mm. | | | In this aerosol container, the diameter of actuator (valve delivery) orifice 14 is 0.5 mm; the diameter of the valve stem orifice 13a is 0.64 mm; the diameter of the vapor tap orifice 2a is 0.64 mm; and the diameter of the tail piece passage 5b is 0.76 mm. | | | A dip tube 62 extends from the liquid tap orifice 54 in foam compartment 50 to the bottom of the container in the propellant compartment 60. |
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http://www.freepatentsonline.com/4124149.html
(12142 words)
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| | Hydraulic and Equivalent Diameter |
| | For circular tubes equivalent diameter is the same as the hydraulic diameter which is the same as the standard diameter. | | | Equivalent diameter is used for estimating pressure loss or head loss in non circular duct or pipes with tables and nomogram made for circular ducts or pipes. | | | The hydraulic diameter is not the same as the geometrical diameter in non-circular ducts or pipes and |
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http://www.hvac-toolbox.com/37_458.html
(396 words)
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| | OpenDiameter Web Site |
| | Open diameter makes extensive use of the ACE framework including threading, communications, logging etc. The latest ACE version that has been tested with Open Diameter is ACE Release 5.4.0. | | | For the diameter base protocol section, there is section which defines base protocol AVP's and commands and an section which defines diameter application AVP's and commands. | | | In order to build the open diameter set of libraries, there are a few environment variables that need to be set. |
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http://diameter.sourceforge.net
(396 words)
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| | Environmental Protection Agency > Basic Concepts in Environmental Sciences > Module 3: Size Distribution |
| | The geometric standard deviation of a lognormal distribution is determined by dividing the mass median particle diameter by the particle size at the 15.78 percent probability or by dividing the particle size at the 84.13 percent probability by the mass median particle diameter. | | | The geometric mass mean diameter is equivalent to the mass median diameter for lognormal graphs due to the bell-shaped symmetrical curve produced. | | | The geometric mass mean diameter is the diameter of a particle that has the logarithmic mean for the size distribution. |
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http://www.epa.gov/eogapti1/module3/distribu/distribu.htm
(883 words)
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| | LM Spares Honda Alternator windings |
| | Honda VFR800 ('98-on) , Alternator Windings, 1 Year Manufacturers Warranty & a Direct Replacement. Size- outer diameter/inner diameter/thickness through hole/ 107/42/24. These Windings have 3 wires into female plug. | | | VFR400 (NC24) , Alternator Windings, 1 Year Manufacturers Warranty & a Direct Replacement. Size- outer diameter/inner diameter/thickness through hole/ 93/35/20. These Windings have 3 wires into female plug. | | | VFR400 (NC24), Alternator Windings, 1 Year Manufacturers Warranty & a Direct Replacement. Size- outer diameter/inner diameter/thickness through hole/ 107/42/16. These Windings have 3 wires into male plug. |
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http://www.lm-spares.co.uk/acatalog/Honda_Alternator_windings.html
(883 words)
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| | HighBeam Research: Library Search: Results |
| | diameter: 3 mi/5 km), Praxidike (diameter: 4.5 mi/7 km), Harpalyke (diameter: 2.8 mi/4.5 km), Isonoe (diameter: 2.5 mi/4 km), Erinome (diameter: 2 mi/3.2 km), Taygete (diameter: 3 mi/5 km), Chaldene (diameter: 2.4 mi/3.8 km), Kalyke (diameter: 3.2 mi/5.2 km... | | | For external content, go directly to external site |
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http://www.highbeam.com/library/search.asp?FN=AO&refid=ency_refd&search_thesaurus=on&refid=ency_refd&q=Erinome&COOKIE=NO&token=E0CA2313E10748638426EF4C07F44525
(883 words)
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| | HighBeam Research: Library Search: Results |
| | diameter: 3 mi/5 km), Praxidike (diameter: 4.5 mi/7 km), Harpalyke (diameter: 2.8 mi/4.5 km), Isonoe (diameter: 2.5 mi/4 km), Erinome (diameter: 2 mi/3.2 km), Taygete (diameter: 3 mi/5 km), Chaldene (diameter: 2.4 mi/3.8 km), Kalyke (diameter: 3.2 mi/5.2 km... | | | For external content, go directly to external site |
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http://www.highbeam.com/library/search.asp?FN=AO&refid=ency_refd&search_thesaurus=on&refid=ency_refd&q=Erinome
(883 words)
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| | SNI 01-5007.17-2001 |
| | kayu bundar dengan ukuran diameter 21 cm sampai dengan kurang dari 30 cm | | | kayu bundar dengan ukuran diameter 30 cm atau lebih | | | 4.2.1 Satuan untuk diameter kayu adalah sentimeter (cm) dengan kelipatan 3 (tiga) cm penuh untuk sortimen A.I dan A.II serta kelipatan 1 (satu) cm penuh untuk sortimen A.III. |
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http://www.dephut.go.id/INFORMASI/SNI/Ukur_Isi_KBJati.htm
(883 words)
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| | The Angular Size of the Moon and Other Planetary Satellites: An Argument For Design |
| | For instance, the ratio of the moon's apparent diameter to that of the sun is 0.9719. | | | For a particular satellite this would result in the longest diameter pointing toward the planet, and so a smaller diameter would be the diameter needed to calculate the angular diameter of the moon. | | | Using the largest satellite diameter, the angular diameter of the sun, and the satellite's orbital period, the duration of eclipse can be calculated. |
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www.creationresearch.org/cgi-bin/MasterPFP.cgi?doc=http://www.creationresearch.org/crsq/articles/35/astrodesign.html
(883 words)
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| | Grainger: Hose Clamps: Hoses: Pneumatics & Hydraulics |
| | Hose Clamp, Band Material 301 Stainless Steel, Maximum Clamp Diameter 1 1/16 Inches, Fits Hose Maximum Diameter 5/8 Inch, Width 9/16 Inch, Minimum Clamp Diameter 1/2 Inch, Fits Hose Minimum Diameter 3/8 Inch, Screw Size 5/16 Inch, Screw Material 410 Stainless Steel, SAE Number 10, High Torque, Standard, Worm Drive, Hex Head, Package 10 | | | Hose Clamp, Band Material 301 Stainless Steel, Maximum Clamp Diameter 1 1/4 Inches, Fits Hose Maximum Diameter 3/4 Inch, Width 9/16 Inch, Minimum Clamp | | | Hose Clamp, Band Material 301 Stainless Steel, Maximum Clamp Diameter 7/8 Inch, Fits Hose Maximum Diameter |
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http://www.grainger.com/industrial-supplies/Hoses5X444.html
(122 words)
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| | Courses in Astrophotography |
| | This is a well-known lunar impact crater 83km in diameter and lies on the eastern edge of the Mare Imbrium. | | | This crater is 40km in diameter, and 3600m from the crater floor to rim. | | | This 126km diameter impact crater is well noted for the overlying later impact that caused the formation of the crater Faraday (70km in diameter) toward upper left. |
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http://www.damianpeach.com/lunar.htm
(122 words)
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| | sudburywa.txt |
| | A 100-km-diameter crater on Earth (rim-to-rim diameter with 25% enlargement due to slumping) is only a factor of 12 greater than the impactor diameter for a vertical impact and reduces to 6 for a 15 degree impact angle based on scaling relations given in (1). | | | Data from well-studied complex craters on the Earth suggest that the excavation cavity of complex craters is on the order of 0.5 to 0.65 times the diameter of the apparent crater [19]; the maximum depths of excavation are on the order of 0.09-0.12 times the excavation cavity diameter [19]. | | | If these young impact craters, maximum diameter 275 km, include all preserved impact structures, then their quantity and distribution indicate that Venus was largely resurfaced by volcanism ~0.5 Ga, subsequent eruptions having been at a much reduced rate [5]. |
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http://www.lpi.usra.edu/meetings/programs/sudburywa.txt
(122 words)
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| | Woods Hole Field Center Publications, Abstracts 1999 |
| | Introduction: The Chesapeake Bay impact structure is a complex impact crater, 85 km in diameter, located in the subsurface of southeastern Virginia, USA (37'16.5N, 76' 0.7'W). | | | Assuming that the observed 85-km diameter structure represents the collapsed diameter after formation of the terraces, the transient crater diameter would have been about 50-54 km diameter with an excavation depth of about 5 km. | | | At 85-km diameter, this structure is well within the size range of complex craters with peak rings and central peaks. |
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http://woodshole.er.usgs.gov/bibliographies/1999/56.html
(1638 words)
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| | Staking and Guying Trees, HYG-1141-94 |
| | Trees over five inches in diameter are guyed in the same ways as suggested for trees three to five inches in diameter, except that the guy wires are anchored to the soil with the use of earth anchors or deadmen. | | | Trees up to five inches in trunk diameter are normally supported by guying with the wires attached to stakes, these guy wires spaced at 120-degree angles (Fig. | | | Unstaked trees also had greater trunk taper, meaning that the trunk increased in diameter more rapidly, and were lower in overall height while having bigger root systems. |
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http://ohioline.osu.edu/hyg-fact/1000/1141.html
(791 words)
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| | Propeller |
| | The mathematics of propellers is quite complex and quite frankly we don't know the efficiency of any particular model propeller and it could be anywhere between 40 and 75%, also the blade shape is very important to working out the true median or mean blade diameter. | | | The propeller was 28" diameter and 28" pitch and turned clockwise when looking from aft, it had a tapered fit and a keyway onto a 2" diameter propshaft. | | | As you can see from this drawing of the original PT Boat propeller the average blade diameter is not where the mean blade area occurs due to the blade shape. |
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http://www.pt-boat.com/propeller/propeller.html
(1070 words)
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| | United States Patent Application: 0030166426 |
| | The improvement as claimed in claim 1 wherein said pulley's conical surfaces comprise a first conical angle extending from the smaller diameter end to the midpoint of said conical surface and a second conical angle extending from said midpoint to the large diameter end of said pulley's conical surface. | | | The transmission as claimed in claim 10 wherein said variable diameter pulleys surfaces comprise a first conical angle extending from the smaller diameter end to the longitudinal midpoint of said variable diameter pulley's surface and a second conical angle extending from said longitudinal midpoint to the large diameter end of said variable diameter pulley. | | | The reader is directed to my parent application, referenced above, for a detailed discussion of the required belt or chain length necessary to encircle pulleys 12 and 14, as the pulley's working diameters change. |
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http://appft1.uspto.gov/netacgi/nph-Parser?Sect1=PTO2&Sect2=HITOFF&p=1&u=/netahtml/PTO/search-bool.html&r=1&f=G&l=50&co1=AND&d=PG01&s1=20030166426.PGNR.&OS=DN/20030166426&RS=DN/20030166426
(2882 words)
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A cook's best friend