Threads 348 INDEX

For convenience, threadidx is a three-component vector, by which threads can be identified using a one-dimensional, two-dimensional, or three-dimensional thread index, thus forming a one-dimensional, two-dimensional, or three-dimensional thread block. This provides an easy means to invoke computation across the elements in a domain, such as a vector, matrix, or volume. 

The index 0 means that derivatives are taken at the origin where x — y — z — 0. Inasmuch as the thread is oriented along the vertical (plumb line), the gravitational field at the origin has only a vertical component, that is. 

When the first crystals just start to melt, record the temperature. When the last crystal just disappears, record the temperature. If both points appear to be the same, either the sample is extremely pure, or the temperature rise was too fast. If you record the temperature with the horizontal index line in the mirror matched to the lines etched on both sides of the periscope window and the top of the mercury thread at the same time, you ll be looking at the thermometer scale head on. This will give you the smallest error in reading the temperature (Fig. 38). 

Attenuated total reflectance infrared (ATR-IR) is used to study films, coatings, threads, powders, interfaces, and solutions. (It also serves as the basis for much of the communication systems based on fiber optics.) ATR occurs when radiation enters from a more-dense material (i.e., a material with a higher refractive index) into a material that is less dense (i.e., with a lower refractive index). The fraction of the incident radiation reflected increases when the angle of incidence increases. The incident radiation is reflected at the interface when the angle of incidence is greater than the critical angle. The radiation penetrates a short depth into the interface before complete reflection occurs. This penetration is called the evanescent wave. Its intensity is reduced by the sample which absorbs. 

Note Specifications for various adapters are listed in the, Index of Specifications and Standards, Dept of the Army, Washington, DC, vol 2, Oct 1958, pp 1-2 Adapter Boosts , A device which consists of a bushing contg a booster charge, usually tetryl pellets. The adapter-booster is screwed deep into the nose or base plug of a bomb. The device is threaded on its protruding end to seat a standard nose or tail bomb fuze... 

Criteria of extrudability, mouldability, spinnability and stretchability as used in practice are described (melt index, spiral length, mouldability index, melt strength, ultimate thread length, etc.). These criteria are based on the dimensionless parameters (numerics) of the processes. 

Stability of fluid threads in melt spinning, 810 Standard molar volumes at room temperature, 76 Stanton number, 59 Static charging, 882 Static electrification, 333 Staudinger index, 250 Steady state, 697 Stefan number, 56... 

PhilChem Newsgroup. 1998. Discussion Thread "Theories, Models, Formulas, Hierarchies," Feb-Apr 1998. (For access to the archive, email to listserv vm.sc.edu the command "index philchem" for a catalogue. A command "get philchem log9802a" emailed to the same site will retrieve the first batch of messages from February 1998, etc.). 

Beilstein Handbook Reference) Advaplast 42 AI3-00660 BRN 1728057 Butyl 9-octadecenoate Butyl cis-9-octadecenoate Butyl oleate EINECS 205-559-6 Hallco C 503 Halloo C-503 Plasticizer HSDB 5483 Kessco 554 Kesscoflex BO NSC 6700 Oleic acid, butyl ester Plasthall 503 Plasthall 914 Uniflex BYO Vinicizer 30 Wilmar Butyl Oleate Witcizer 100 Witcizer 101. Textile surface finisher, softener, thread lubricant and antistat plasticizer. Liquid mp = -26.4" bpis = 227-228" d = 0.8704 very soluble in EtOH, Ferro/KsH Hall C.P. Index Sybron Witco/Humko. 

Some research works studied a biodegradation of PHB threads with a tendency of analysis of its mechanical properties in vivo [22, 23]. It was shown that at first load at break, index decreased rapidly from 440 to 390 g (12%) at 15th day and then gradually increased to the initial value at OO and remain almost unchanged up to 182nd day [22] or gradually decreased... 

Uses Silicone for damping, heat transfer, hydraulic fluids, mbber/plas-tics, polishes, cosmetics/toiletries, aq. defoaming prods. thread/fiber lubricant for textiles mold release for tires, rubber, plastics base fluid for greases flow control agent, mar resist, aid, gloss aid in paints Properties Sp.gr. 0.968 vise. 100 cSt pour pt. -67 F flash pt. (PMCC) 575 F ref. index 1.4030 surf. tens. 20.9 dynes/cm sp. heat 0.36 Btu/lb/ F dissip. factor 0.0001 dielec. str. 35 kV dielec, const. 2.74 vol. resist. 1x10 ohm-cm 100% silicone SF96 (350 CSt) [GE Silicones]... 

Uses Plasticizer for rubber industry, CR, neoprene, nitrile, PC, other polymers textile surf, finishes softener thread lubricant antistat Properties Gardner 5 clear liq. sol. in hexane, toluene, kerosene, ethyl alcohol, acetone partly sol. in propylene glycol insol. in water m.w. 449 sp.gr. 0.984 vise. 18 cps f.p. -65 C acid no. 0.45 sapon. no. 240 hyd. no. 10 flash pt. 204 C ref. index 1.445 0.06% moisture... 

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