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Krypton- and xenon-purification subsystem.

Krypton- and xenon-recovery subsystem.

Krytox fluids—end capping

Krzysztof Arciszewski.

KS below T, and follows the BCS form below Tci as shown in the inset.41

KSCN-18-crown-6

KstiinatecL dimensioos of various protein molecules as seen in projection. Most of the proteins are represented as ellipsoids of revolution, lipoprotein is a sphere. Concerning the models for hemoglobin and insulin, see text. This figure was prepared by Dr. J, L. Oncley.

Kstince dUtribtttion fits to the FP donor dec y lbfflexa le and variabieOiiatf

Kstogram of particle diameters in poly. Polymer

Kt as a function of the holding packing pressure.

Kt as a function of the injection pressure.

Kt as a function of the melt temperature.

Ktructures of Co2g.

Ktructures ol CoalCOlg.

Ku is about 1.2 x 107 erg cm3 for TA 625 C V increases slowly initially and then increases more rapidly with TA, which results in the quasi-linear increase of KuV kBT.

Kubelka-Munk absorption K and scatter S coefficients for tristimulus values X, Y and Z for concentrated and diluted orange juice

Kubelka-Munk function of silver octacyanomolybdate immobilized on a graphite electrode in contact with an aqueous solution of 0.1 M AgN03

Kubelka-Munk optical absorption spectra of as-prepared mesostructured . Inset

Kubelka-Munk reflectance functions

Kubelka-Munk transformed diffuse reflectance spectrum of calcined catalyst 10-wt Au on aluminium oxide C calcination conditions 400 C, air, 4 h. The change in the plasmon absorbance of the supported gold colloid due to change in particle size can be clearly seen c.f.

Kubierschky three-column system.

Kubitschek style chemostat. A, Air pump B, hosecock clamps C, growing culture D, air exit port E, ground glass joints F, syringe filter, G, gang valve H, bottle containing water I, input area K, heating tape M, fresh medium O, siphon P, peristaltic pump R, rubber stopper with holes S, splash shield T, silicone rubber tubing W, waste Y, waste collection tube. Circles in the liquids represent bubbles. Stippling indicates media with cells.

Kublik ia front at the right and his coworkers Zbigniew Stojek is standing behind Prof. Kublik and Renata Bilewicz is standing in

Kubota et al. approach .

Kubota submerged flat-sbeet module .



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