Chien

Hyde J S, Chien J C W and Freed J 1968 Electron-electron double resonance of free radicals In solution J. Chem. Phys. 48 4211-26... 

Rector K D, Rella C W, Hill J R, Kwok A S, Sligar S G, Chien E Y T, DIott D D and Fayer M D 1997 Mutant and wild-type myoglobin-CO protein dynamics vibrational echo experiments J. Phys. Chem. 

G. Adam, N. Q. Chien, B. Goehring, and K. Domberger, Proceedings of the drdFECS International Conference on Chemistry andBiotechnology Act Natural Products, VCH, Weinheim, Germany, 1987, pp. 66—80. 

J. C. W. Chien, Coordination Polymerisation, Academic Press, Inc., New York, 1975. 

Y. W. Chien and C.-S. Lee, Controlled-Lelease Technology Pharmaceutical Applications, ACS Symposium Series 348, American Chemical Society, Washington, D.C., 1987, pp. 281-300. 

Westerberg, A. W, and H. H. Chien (ed.). Proceedings of the Second Inter-national Conference on Foundations of Computer-Aided Design. CACHE Corporation, Austin, TX (1984). 

Reentrainment is generally reduced by lower inlet gas velocities. Calvert (R-12) reviewed the hterature on predicting the onset of entrainment and found that of Chien and Ibele (ASME Pap. 62-WA170) to be the most reliable. Calvert applies their correlation to a liquid Reynolds number on the wall of the cyclone, Nrcl = 4QilhjVi, where is the volumetric liquid flow rate, cmVs hj is the cyclone inlet height, cm and Vi is the Idnematic liquid viscosity, cmVs. He finds that the onset of entrainmeut occurs at a cyclone inlet gas velocity V i, m/s, in accordance with the relationship in = 6.516 — 0.2865 lu A Re,L ... 

Chien, K. Y. Predictions of channel and boundary layer flows with a low-Reynolds-nuraber turbulence model. AIAA J., vol, 20, pp. 33-18, 1982. 

Kai-ho-chien." This LUiaceous plant is stated by Tang and Chang... 

Kai-ho-chien 775 Ketodihydromethylmorphimethine, 235 l-Keto-6 7-dimethoxy-2-methyI-tetrahydroisoquinoline, 354 Ketohydroxycassanic acid, 728, 729, 730 Ketohydroxycassenic acid. See Cassaic acid, 728... 

Consecutive reactions involving one first-order reaction and one second-order reaction, or two second-order reactions, are very difficult problems. Chien has obtained closed-form integral solutions for many of the possible kinetic schemes, but the results are too complex for straightforward application of the equations. Chien recommends that the kineticist follow the concentration of the initial reactant A, and from this information rate constant k, can be estimated. Then families of curves plotted for the various kinetic schemes, making use of an abscissa scale that is a function of c kit, are compared with concentration-time data for an intermediate or product, seeking a match that will identify the kinetic scheme and possibly lead to additional rate constant estimates. 

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