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Lambda

Selection 2 is a similar calculation using the F-Number method (Section 2.5.3.2) 3 calculates the integral over the Chi-Squared distribution. When selected i nput the upper limit of integration [Pg.457]

2 cumulative Chi-Squared, on 5 is part of the Selection ulation. You input the [Pg.457]


Lipa J A, Swanson D R, Nissen J A, Chui TCP and Israelsson U E 1996 Heat capacity and thermal relaxation of bulk helium very near the lambda point Phys. Rev. Lett. 76 944-7... [Pg.663]

Ihese relative probabilities can be easily determined by simply counting the number c imes during the simulation that the relevant value of lambda reaches unity. In the case ( the para-substituted benzamidines it was possible after only a relatively short simulatio (110 po) to observe that the p-chloro and p-methyl derivatives were significantly weaki than the p-amino and the parent compound (Figure 11.18). In this particular case, all foe... [Pg.603]

Bacterms Bacteriocide Bacteriocms Bacteriophage lambda Bacteriophages Bacteriorhodopsin... [Pg.85]

Fig. 4. Construction of recombinant phage in vectors derived from bacteriophage lambda where E represents the enzyme EcoRl. Other terms are defined... Fig. 4. Construction of recombinant phage in vectors derived from bacteriophage lambda where E represents the enzyme EcoRl. Other terms are defined...
Another unique phenomenon exhibited by Hquid helium II is the Rollin film (62). AH surfaces below the lambda point temperature that are coimected to a helium II bath are covered with a very thin (several hundredths llm) mobile film of helium II. For example, if a container is dipped into a helium II bath, fiUed, and then raised above the bath, a film of Hquid helium flows up the inner waH of the container, over the Hp, down the outer waH, and drips from the bottom of the suspended container back into the helium II bath. SinHlady, if the empty container is partiaHy submerged in the helium II bath with its Hp above the surface, the helium film flows up the outer waH of the container, over its Hp, and into the container. This process continues until the level of Hquid in the partiaHy submerged container reaches that of the helium II bath. [Pg.8]

U. Brackmann, Easer-Grade Dyes, Lambda Physik, Guttingen, Germany, 1986. [Pg.20]

Technical data. Lambda Physik Inc., Gn ttingen, Germany, 1991. [Pg.20]

The lambda type is nongelling, and functions as a thickner. Iota-carrageenan has been recommended (45) for use in formulating low fat ground beef due to its abihty to retain moisture, especially through a freeze—thaw cycle which is typical for ground beef patties. Oat bran and oat fiber can also be used to improve moisture retention and mouth feel. Modified starches can be used as binders to maintain juiciness and tenderness in low fat meat products. Maltodextrins (dextrose equivalent less than 20) may be used as binders up to 3.5% in finished meat products. Other carbohydrates such as konjac flour, alginate, microcrystalline cellulose, methylceUulose, and carboxymethylceUulose have also been used in low fat meat products (see CELLULOSE ETHERs). [Pg.34]

The rms noise is measured in a noise bandwidth, The D is called D star lambda when the spectral band is limited to a given interval, and D blackbody when the total blackbody incident power density is used in the calculation. [Pg.422]

Commercial carrageenans are composed primarily of three types of polymers kappa-, iota-, and lambda-carrageenan. [Pg.487]

Helium Purification and Liquefaction. HeHum, which is the lowest-boiling gas, has only 1 degree K difference between its normal boiling point (4.2 K) and its critical temperature (5.2 K), and has no classical triple point (26,27). It exhibits a phase transition at its lambda line (miming from 2.18 K at 5.03 kPa (0.73 psia) to 1.76 K at 3.01 MPa (437 psia)) below which it exhibits superfluid properties (27). [Pg.333]

Fig. 12. Schematic of lambda sensor (a) in exhaust pipe and (b) internal components. Fig. 12. Schematic of lambda sensor (a) in exhaust pipe and (b) internal components.
Liquid helium-4 can exist in two different liquid phases liquid helium I, the normal liquid, and liquid helium II, the superfluid, since under certain conditions the latter fluid ac4s as if it had no viscosity. The phase transition between the two hquid phases is identified as the lambda line and where this transition intersects the vapor-pressure curve is designated as the lambda point. Thus, there is no triple point for this fluia as for other fluids. In fact, sohd helium can only exist under a pressure of 2.5 MPa or more. [Pg.1126]


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Bacteriophage lambda

Carrageenan lambda-type

Carrageenans lambda

Closed-loop lambda control

Defective lambda phage

Dimers lambda repressor protein

Distribution Lambda

Double-stranded lambda-phage

Dual-axis torsional mirror Lucent lambda router optical switch

Effect of Lambda

Ehrenfest lambda

Escherichia coli phage lambda

Gene lambda light chain

Greeks lambda

Helium lambda point)

Helium lambda-line

Kappa and lambda chains

Lambda Cro protein

Lambda DASH

Lambda DNA

Lambda Tuning Method

Lambda ZAP

Lambda anomaly

Lambda bottom

Lambda chains

Lambda configuration

Lambda curve

Lambda development

Lambda doublet

Lambda doubling

Lambda dynamics

Lambda dynamics sampling

Lambda exonuclease

Lambda factor

Lambda light chains

Lambda matrix

Lambda max

Lambda method

Lambda mutants

Lambda nomenclature

Lambda number

Lambda oxygen sensors

Lambda packaging

Lambda parameter

Lambda particle

Lambda phage

Lambda phase transition

Lambda pipet

Lambda plot

Lambda points

Lambda probe, solid electrolytes

Lambda properties

Lambda repressor

Lambda repressor protein/gene

Lambda shaped molecules

Lambda symbol

Lambda temperature

Lambda transitions

Lambda type anomaly

Lambda value

Lambda vectors ligation

Lambda-based vectors

Lambda-cyhalothrin

Lambda-probe

Lambda-sensors

Lambda-type doubling

Linear lambda control

Lucent lambda router

Lysogenic cycle of lambda phage

Lytic cycle of lambda phage

Model parameter LAMBDA

Perkin Elmer Lambda 6 spectrophotometer

Phage lambda genome map

Phage lambda repressors

Phase lambda

Phase lambda line

Recombinant lambda phage

Temperate Bacteriophage Phage Lambda

Vectors lambda

Wilks’ lambda

Wilk’s lambda

Zirconia lambda

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