ライフサイエンスコーパス: interfacial tension

1 om the surrounding solution and dominated by interfacial tension.

2 astomeric film for sensing the effect of the interfacial tension.

3 subtle balance between polymer viscosity and interfacial tension.

4 dsorb on interfaces and lower the surface or interfacial tension.

5 e particles are forced into close contact by interfacial tension.

6 of structure evolution is the aggregate-gel interfacial tension.

7 icity change is likely driven by a change in interfacial tension.

8 ellular stress in terms of bulk pressure and interfacial tension, allowing these parameters to vary f

9 how that molecular chirality can control the interfacial tension, an important property of multi-comp

10 scopy, and an automated drop tensiometer for interfacial tension and elastic modulus determination wi

11 roteins and peptides that reduce surface and interfacial tension and mediate growth and development a

12 The physicochemical, interfacial tension and surface characteristics of CPI a

13 Interfacial tension and surface pressure of these partic

14 shown to originate in the interplay between interfacial tension and the elasticity of the droplet's

15 s and inform a new approach to the nature of interfacial tension and the impact this has on concepts

16 of the droplets, we systematically vary the interfacial tension and viscosity of the ATPS fluids and

17 ation timescales, consistent with a variable interfacial tension and viscosity.

18 y of the two dimensional cell array to infer interfacial tensions and intracellular pressures.

19 yosin II) activity, which modulates cellular interfacial tensions and is regulated by Rock proteins,

20 e (I) produces an interface with mechanical (interfacial tension) and charge transport properties qua

21 h solvent viscosity, a weak correlation with interfacial tension, and a strong correlation with 13C N

22 x moves in response to forces due to growth, interfacial tension, and pressure within each cell.

23 rned by a delicate balance of ion hydration, interfacial tension, and restriction of capillary fluctu

24 to lower Pc relative to predictions based on interfacial tension, and therefore deviated from capilla

25 this study, the intracellular viscosity and interfacial tension are found to directly affect the rol

26 merical simulations, we conclude that tissue interfacial tensions are sufficient to explain cell sort

27 Our experiments show a suppression of interfacial tension as a function of organic content tha

28 and emulsification behaviour in relation to interfacial tension as modelled using phase-field method

29 ilic nature, which allows them to reduce the interfacial tension at the oil-water interface.

30 luidic technique is the first that forms low interfacial tension ATPS droplets without applying exter

31 lts suggest that the curvature dependence of interfacial tension becomes significant for particles wi

32 the amphiphilic replicator, by lowering the interfacial tension between droplets of the reaction mix

33 At equilibrium interfacial tension both peptides desorb from the interf

34 e a direct method for measuring solid-liquid interfacial tension by using the curved surface of a sol

35 s from the interplay between fluidic forces, interfacial tension, channel geometry, and the final sta

36 However, the ultralow interfacial tensions characteristic of all-aqueous inter

37 e, k, water viscosity, mu, and the water/oil interfacial tension coefficient, sigma.

38 The mapping of global interfacial tension coupled with free energy dissipation

39 The interfacial tension decreased from approximately 66.5 mN

40 ifferent supporting electrolytes, changes in interfacial tension (dgamma), the charge on the electrod

41 The dynamic interfacial tension (DIFT) at oil-water interface, diffu

42 As with surfactants, chiral control of interfacial tension drives the formation of many polymor

43 implication of the adsorption on the dynamic interfacial tension (DST) and emulsion stability.

44 This dramatic change in the interfacial tension enables a variety of electrohydrodyn

45 The apparent interfacial tension extracted from the slope agrees with

46 e impact this has on concepts used to define interfacial tension for a two phase system with material

47 t is typically determined by minimization of interfacial tension (for example, during phase separatio

48 ame of the moving rod, it was found that the interfacial tension force scales approximately as SR(2)g

49 ntration gradient, which in turn produces an interfacial tension force that balances the drag force a

50 en added into the aqueous phase, lowered the interfacial tension (gamma) of A/W and DD/W in a concent

51 hase surrounding a triolein drop lowered the interfacial tension (gamma) of TO/W in a concentration-

52 cally alters the potential dependence of the interfacial tension, gamma, the interfacial excess popul

53 t other mechanisms, such as those related to interfacial tension gradients, play at best a minor role

54 eveloping hindgut, based on the differential interfacial tension hypothesis (DITH) linking intercellu

55 G did not cause an appreciable change in the interfacial tension (IFT) of SSO, indicating that it was

56 Interfacial tension (IFT) studies have shown a decrease

57 lationship between composition and tar-water interfacial tension (IFT), a property of primary importa

58 Tar-aqueous interfacial tensions (IFTs) and contact angles were meas

59 number of related issues by calculating the interfacial tension in protein-free lipid droplets, and

60 c device that facilitates the measurement of interfacial tension in two-phase droplet flows, particle

61 thematical modeling indicated that different interfacial tensions in anterior and posterior KV cells

62 Further, interfacial tensions in the used HDL and LDL models are

63 nts in a single device, the coupling between interfacial tension, interfacial retardation, and surfac

64 l pitch, the twist elastic constant, and the interfacial tensions, is derived.

65 el, because of wetting-induced alteration in interfacial tension, its thin wall deflects considerably

66 hat the estimated values of the solid-liquid interfacial tension matches with the corresponding solid

67 ith respect to micellisation as derived from interfacial tension measurements and subsequent data fit

68 Interfacial tension measurements are used to calculate s

69 Interfacial tension measurements showed that the AR-BSA

70 From these interfacial tension measurements, the morphology of aged

71 reflectivity and the macroscopic scale with interfacial tension measurements.

72 We present a method to control the interfacial tension of a liquid alloy of gallium via ele

73 or bilayers; show that alcohols decrease the interfacial tension of bilayer-water interfaces less eff

74 First, the high interfacial tension of droplets facilitates trans cadher

75 core lipids in the surface monolayer and the interfacial tension of droplets resembling HDL particles

76 lts point out that CE molecules decrease the interfacial tension of HDL-like lipid droplets whereas T

77 rse-grained models in the calculation of the interfacial tension of liquid-liquid surfaces and the me

78 iphasic microscale flows are used to measure interfacial tension of reacting methylglyoxal, formaldeh

79 the challenging problems of reproducing the interfacial tension of salt solutions as a function of t

80 MAG significantly decreased the interfacial tension of SSO, due to its strong surface ac

81 The maximum pressures are determined by the interfacial tension of the aqueous solution and organic

82 SA complex presented surface activity, since interfacial tension of the water-air interface decreased

83 Solubilized apoB lowered the interfacial tension of TO/W in a concentration-dependent

84 Finally, interfacial tensions of lipoproteins are higher than in

85 Comparison with the liquid-vapor interfacial tensions of the model liquids studied here i

86 from the demixing point of the liquids, with interfacial tensions on the order of 20 mN m(-1).

87 also reveal an unexpected time dependence of interfacial tension over a period of 48 h for ternary so

88 en evolution rate, gamma is the liquid-vapor interfacial tension, R is the rod radius, mu is the visc

89 increases, results in chain-length-dependent interfacial tension reduction with concomitant chain-len

90 ressibility modulus follows Traube's rule of interfacial tension reduction, i.e., for each additional

91 canning nanocalorimetry, and measurements of interfacial tension, size, and zeta potential.

92 Because interfacial tension suppresses short-wavelength fluctuat

93 ormers, AMPs share a common ability to lower interfacial tensions that promote membrane transformatio

94 membrane potential as a result of changes in interfacial tension, the Lippman effect.

95 ated and Janus configurations by varying the interfacial tensions using hydrocarbon and fluorinated s

96 Roasting process significantly decreased the interfacial tension values of samples down to 1.9 mN/m d

97 e convert our area compressibility data into interfacial tension values to: confirm that Traube's rul

98 ing voltage to the liquid metal controls the interfacial tension via a combination of electrochemistr

99 The density, interfacial tension, viscosity, and refractive index of

100 Lewis base parameter values (gamma-) and low interfacial tension with water (gammaSL) are more effect