ライフサイエンスコーパス: chemical equilibrium

1 re can result in substantial deviations from chemical equilibrium.

2 n in vitro systems, which consequently go to chemical equilibrium.

3 imilar to Le Chatelier's principle in common chemical equilibrium.

4 rated by ATP hydrolysis to shift the dynamic chemical equilibrium.

5 exchange of (18)O between CO(2) and water at chemical equilibrium.

6 e kinetics and isotopic exchange kinetics at chemical equilibrium.

7 lop a mathematical model of Yan occupancy at chemical equilibrium.

8 ess up to H(2):CO(2) = 3:1 upon shifting the chemical equilibrium.

9 composition(6) under the usual assumption of chemical equilibrium.

10 product composition under thermodynamic and chemical equilibrium.

11 governed by the La Chatelier's principle of chemical equilibrium.

12 sion, molecular dissociation as predicted by chemical equilibrium, a solar heavy-element abundance ('

13 l model of polymers associating to establish chemical equilibrium among higher-order species shows tr

14 ify the conjugate thermodynamic variables at chemical equilibrium and discuss the effective free ener

15 articularly true for systems that are out of chemical equilibrium and show complex dynamic behaviour,

16 ows one to focus on the impact of ESI on the chemical equilibrium and to avoid the other typical sour

17 ween two materials when they are not in bulk chemical equilibrium, and should be a common process in

18 gated under the assumptions of instantaneous chemical equilibrium, and that the dissipation of carbon

19 Exo-selectivity and shift of the reaction's chemical equilibrium are also encountered in the cage's

20 olivine cumulates altered by fluids far from chemical equilibrium at low water-rock ratios.

21 supplemented with 1 mM AMP signify a lack of chemical equilibrium attainment, those in buffer supplem

22 ginines help set the sensor's characteristic chemical equilibrium between activated and deactivated s

23 tion of weakly bound Mn is associated with a chemical equilibrium between adsorbed Mn species on the

24 olysulfides (S(x)(2-)) are formed due to the chemical equilibrium between H(2)S and sulfur (S(8)).

25 Herein, we report the utilization of the chemical equilibrium between low-abundance reaction inte

26 The chemical equilibrium between self-ionized and molecular

27 induced surface modification combined with a chemical equilibrium between the surface and residual ga

28 ate by stopped-flow spectrophotometry and at chemical equilibrium by the exchange of (18)O between CO

29 reaction) is "balanced," as dictated by the chemical equilibrium by the reverse reaction of pyrophos

30 Stemming from classical chemical equilibrium codes, MINEQL+ has been one of the

31 for all CO(2) species at 25 mm and close to chemical equilibrium, conditions which approximate the p

32 dSe nanocrystals and octylamine ligands, the chemical equilibrium constant (K) of the CdSe-amine nano

33 receptor-ligand interactions to approximate chemical equilibrium despite other dynamic aspects.

34 at uranium-bearing particulates would attain chemical equilibrium during vapor condensation.

35 In this work, we develop a theory of chemical equilibrium in optical microcavities, which all

36 ults reveal how an external field can impact chemical equilibrium in the vicinity of nanoscale magnet

37 pplicable to any biochemical reaction not in chemical equilibrium, including protein complex assembly

38 olled waves (where the binding process is at chemical equilibrium) into irreversible kinetic response

39 This approach assumes that chemical equilibrium is attained between the water and g

40 Because chemical equilibrium is rarely fully achieved, eclogites

41 although under physiological conditions, the chemical equilibrium is strongly in the direction of pyr

42 absence of salt and external potential, the chemical equilibrium is the main driver for TOrC-transpo

43 leads to a reactor unconstrained by overall chemical equilibrium limitations, which can produce esse

44 s of magnitude compared to a solar-abundance chemical-equilibrium model at the expected temperatures.

45 nalysis by Flow Field-Flow Fractionation and chemical equilibrium modeling revealed that Fe from wetl

46 Chemical equilibrium modeling showed that Hg bioaccumula

47 The best-fit chemical equilibrium models favour an atmospheric metall

48 ot be adequately represented by conventional chemical equilibrium models for Hg bioavailability.

49 ive site changes could modulate the internal chemical equilibrium of a reaction that is central to ge

50 ochemical principles on diffusion and on the chemical equilibrium of Fa binding to carrier proteins C

51 In addition to the chemical equilibrium of ligand binding, allostery involv

52 Based on chemical equilibrium principles, it is shown that adhesi

53 robustness and accuracy, three more complex chemical equilibrium problems are solved using the Gibbs

54 thermodynamic models associated with solving chemical equilibrium problems for gaseous reacting mixtu

55 gests a novel mathematical model for solving chemical equilibrium problems for ideal gas mixtures.

56 Four challenging case studies related to chemical equilibrium problems have been performed by the

57 m objective function values across different chemical equilibrium scenarios.

58 nd/or engineering of reversible (thermal and chemical equilibrium) self-assembly with knowledge of th

59 resonances contribute to polariton-assisted chemical equilibrium shifts.

60 MINEQL+ has been one of the most widely used chemical equilibrium software programs.

61 considerations are important for determining chemical equilibrium states in energetic materials that

62 CO(2) insertion is a prerate determining chemical equilibrium step.

63 Atmospheric models in radiative and chemical equilibrium that account for the detected speci

64 ins challenged by the inherently unfavorable chemical equilibrium that dictates the efficiency of the

65 nevenly distributed chemicals and preserving chemical equilibrium tissue wide at any given moment.

66 Because the rate of attainment of chemical equilibrium under the former conditions is suff

67 nd "schooling", can be triggered by shift in chemical equilibrium upon the addition or removal of NH(

68 Reoxidation by NADP+ reached a chemical equilibrium, whereas reoxidation by UNAGEP was

69 revealed that 10-formylTHF, which exists in chemical equilibrium with 5,10-methenylTHF, acts as a ti

70 Pyroglutamate is in chemical equilibrium with glutamate, although under phys

71 s remnants in brecciated samples, are not in chemical equilibrium with their surrounding glass.

72 65 in the TIM-enediol(ate) complex is not in chemical equilibrium with those of bulk solvent.