ライフサイエンスコーパス: absorptivity

1 d to have different chemical composition and absorptivity.

2 ifference wavelength maximum, but with lower absorptivity.

3 ly proportional to the solvent (water) molar absorptivity.

4 functional materials combine the high molar absorptivity (1.21 x 10(6) M(-1) cm(-1)) and broad excit

5 o give a deep violet complex with high molar absorptivity (7.05x10(6)Lmol(-1) cm(-1), 3.92x10(7)Lmol(

6 cate the derivatives exhibit high two-photon absorptivity, affirming their potential as two-photon fl

7 and output beams are the ones that maximize absorptivities and emissivities, respectively, giving th

8 on-phase photoluminescence, as well as molar absorptivities and Stokes shifts that are significantly

9 rds both panchromatic UV-vis spectral domain absorptivity and a high E1/2(0/+) potential, comparable

10 modynamics Kirchhoff's law dictates that the absorptivity and emissivity are bound to be equal in rec

11 The other gives unexpected equivalences of absorptivity and emissivity for broad classes of beams.

12 We derive four laws relating the absorptivity and emissivity of thermal emitters.

13 The apparent molar absorptivity and fluence-based pseudo-first-order rate c

14 ere deconvoluted to calculate specific molar absorptivity and fluence-based rate constants for cation

15 mophoric moiety that possesses a large molar absorptivity and is able to sensitize several different

16 usly possess substantial near-infrared (NIR) absorptivity and long-lived, high-yield triplet excited

17 Here, combining the high absorptivity and low heat capacity of a nanoengineered p

18 The molar absorptivity and Sandell's sensitivity values of the sys

19 and the oxidized product has both high molar absorptivity and very low solubility.

20 optical parameter determining the particle's absorptivity) and their uncertainties for the bulk POA e

21 led monocation, with approximately twice the absorptivity, and its ESR spectrum suggests essentially

22 nce of O(S)-induced gap states, high optical absorptivity, and low electron effective mass, FeS(2-x)O

23 een analyzed, including quantum yield, molar absorptivity, and Stokes shift.

24 ticularly amenable to study given its strong absorptivity at 600 nm and EPR signal measured at 77 K w

25 T EcMetAP-I was obtained from plots of molar absorptivity at lambda(max(640)) vs pH for both WT and H

26 dy, we provide a method to constrain the BrC absorptivity at the emission inventory level using recen

27 thod to determine protein concentrations and absorptivities based on absorbance measurements of prote

28 ggregation showed poorer correlation with UV absorptivity, but the exponential slope of the UV-vis ab

29 ore accurate effective path lengths and band absorptivities can be measured.

30 containing 10 nM enzyme produces a spectral absorptivity change at 350 nm of -0.03 a.u./min (1-mm pa

31 of these complexes and their decreased molar absorptivity coefficients (at 261 nm), compared to that

32 Unfortunately, the molar absorptivity curves in dye aggregation systems like that

33 atically similar (less orthogonal) the molar absorptivity curves of the chemical species in a model a

34 by quality of fit or reasonability of molar absorptivity curves.

35 erate two-photon absorption, with two-photon absorptivity (delta) of ca. 820 x 10(-50) cm(4) s photon

36 cumulative solar radiation, but no inherent absorptivity differences with composition were observed.

37 tly by measuring the visible charge-transfer absorptivity due to the viologen-indole pair.

38 le concentrations or samples with high molar absorptivity (e.g., dyes and metal complexes) often requ

39 ange of the solar spectrum, and exhibits low absorptivity (emissivity) at mid- and far-infrared wavel

40 mug L(-1) to 800 mug L(-1) CN(-) with molar absorptivity epsilon=1.4x10(5) L mol(-1)cm(-1).

41 allyl compounds possess extraordinary UV-vis absorptivities (epsilon approximately 18,000-52,000) at

42 This complex shows a high visible absorptivity (epsilon(470 nm) = 4000 M(-1) cm(-1) in wat

43 response in neutralized solution, the molar absorptivity (epsilon) at 565 nm and the limit of detect

44 From the results, the molar absorptivity (epsilon) for the mFRAP assay was 141,698 M

45 Our objectives were to determine the molar absorptivity (epsilon) of different red cabbage Cy-deriv

46 The molar absorptivity (epsilon) of the method for TATP was 21.06

47 Using this concentration, the ARM absorptivity factor (in sodium dodecyl sulfate [SDS] at

48 lity of the sums of the emissivities and the absorptivities for any object, including nonreciprocal o

49 state (tau ~ 32 mus) and the most promising absorptivity for photodynamic therapy application, was t

50 he thermal wavelength range and high visible absorptivity for the solar spectrum.

51 The excessively large two-photon absorptivities (> or =10(6) cm(4) s molecule(-1) photon(

52 rt of a strategy to achieve large two-photon absorptivity in fluorene-based probes, a series of donor

53 nation in Co(2+)-MT2-A was indicated by high absorptivity in the 300-400 nm charge transfer region, c

54 However, low absorptivity in the visible spectral region is a signifi

55 ults, it was possible to determine the molar absorptivity, limiting nanoparticle area, luminescence p

56 e applied to absorbance spectroscopy of high absorptivity, microliter samples.

57 t with the BFA yields a great enhancement of absorptivity (molar extinction coefficient epsilon > 42,

58 (II) ligand field transitions that had molar absorptivities of approximately 100 m(-1) cm(-1), which

59 Notably, the NIR spectral domain absorptivities of M-(PM')n-M chromophores far exceed tho

60 However, the absorptivities of OAs are not represented or are poorly

61 Molar absorptivities of proteinase K digests at 56 degrees C c

62 MPD efficiencies stem from the very large IR absorptivities of the IR-active ligands.

63 The molar absorptivities of water bands are several orders of magn

64 The maximum difference in molar absorptivity of 13,000 M-1 cm-1 occurs at 470 nm.

65 The absorptivity of a native protein can then be calculated

66 mbustion could contribute to increased light-absorptivity of ambient BrC in Beijing winter.

67 f a radiation law for reciprocal objects-the absorptivity of any input beam equals the emissivity int

68 In measurements designed to obtain the absorptivity of bands in the spectrum of a strongly abso

69 ing induced significant changes in the light absorptivity of BrC for all molecular weight fractions;

70 Here, we study how the light absorptivity of BrC from wood smoke and secondary BrC ge

71 One shows universal equivalence of the absorptivity of each mode-converter input beam and the e

72 st due to the fact that it can achieve unity absorptivity of electromagnetic waves.

73 The absorptivity of large surface areas can be controlled us

74 The molar absorptivity of PINO* is 1.36 x 10(3) L mol(-1) cm(-1) a

75 sion coefficients of the complexes and molar absorptivity of the Ag+ DDMs, are also reported.

76 hs corresponding to a relatively low optical absorptivity of the ATT matrix, presumably because of ej

77 length of the cell which exploits the molar absorptivity of the strongest water bands (stretching vi

78 No correlation was found between the UV absorptivity of the tags at the excitation wavelengths t

79 ificantly affected by inhomogeneous infrared absorptivity of this system.

80 and chemical attributes of NOM (including UV absorptivity or aromaticity, functional group content, a

81 Ar-Iso and Rf-Iso exhibit total absorptivities per unit mass that greatly exceed that fo

82 s that spanned from 400 to 800 nm with molar absorptivities ranging from 2500 to 200000 M(-1) cm(-1).

83 ance profiles spanning 400-900 nm with molar absorptivities ranging from 2500 to 300,000 M(-1) cm(-1)

84 erature and salinity dependence of the molar absorptivity ratios and - [Formula: see text] of purifie

85 bCO(3)(0) formation constant, e(i) are molar absorptivity ratios, and R = (250)A/(234)A (ratio of abs

86 The molar absorptivity, Sandell's sensitivity, detection and quant

87 te and that the two polymorphs share similar absorptivity spectra, in excellent agreement with densit

88 LBG semiconducting polymers with high molar absorptivity, suitable energy levels, high charge carrie

89 1100-1500 cm(-1) region reveals an integral absorptivity that is more than 3 times smaller than obse

90 discriminate against species with high molar absorptivity that may be present at low concentration.

91 sorber with intense visible to near-infrared absorptivity, that has a power conversion efficiency of

92 y-range reporter that possesses a high molar absorptivity; there is a 136-fold increase in brightness

93 difications in the excitation wavelength and absorptivity through the appropriate design of the ligan

94 red anionic merocyanine dyes with high molar absorptivities to permit naked-eye sensing.

95 Metal-dependent molar absorptivity under anaerobic conditions revealed that pu

96 ')n-M), wherein high-oscillator-strength NIR absorptivity up to 850 nm, near-unity intersystem crossi

97 e radiative transfer model show that the POA absorptivity warms the atmosphere significantly and lead

98 peri-position to form dyads where the UV/vis absorptivity was amplified by exciton effects and the st

99 The maximum value of molar absorptivity was found to be 1.8x10(5)Lmol(-1)cm(-1) at

100 Water (H2O and D2O) molar absorptivity was measured by Fourier transform infrared