ライフサイエンスコーパス: electron-accepting

1 awing dicyanovinylene moiety through another electron-accepting 2,1,3-benzothiadiazole block.

2 s from the singlet excited state of 2 to the electron-accepting 3.

3 tronic properties and reactivity behavior of electron-accepting 6,6-dicyanopentafulvenes (DCFs).

4 spacer between the electron-donating (D) and electron-accepting (A) groups was synthesized and charac

5 es between organic electron-donating (D) and electron-accepting (A) materials have the ability to gen

6 ing abilities (Lewis basicity) of anions and electron-accepting abilities (pi-acidity) of NDIs, modes

7 ical planar systems such as high solubility, electron accepting ability, and isomeric tunability.

8 ounds given their unique combination of good electron accepting ability, high abosorption in the visi

9 PA) cross sections, the general trend for pi-electron accepting ability, i.e., ability to accept char

10 tor moieties with sulfur imparting a greater electron-accepting ability and nitrogen affording greate

11 The electron-accepting ability of Delta106 Pdx was similar t

12 zothiadiazole (TBT) spacer due to the strong electron-accepting ability of its benzothiadiazole (BTD)

13 ed negative charge is likely to decrease the electron-accepting ability of the flavin.

14 ed at its periphery without compromising its electron-accepting ability.

15 lectron-deficient sulfur that imparts strong electron-accepting ability.

16 inone-2 (Q2) and decylubiquinone showed high electron-accepting activity, and the steady-state kineti

17 Using this approach, the electron-accepting and -donating capacities (Q(EAC) and

18 ntent x is the most desirable system, having electron-accepting and -donating states straddling the o

19 lic ring plays an important role in both the electron-accepting and the electron-donating ability of

20 hydrocarbons (CP-PAHs) and demonstrate their electron accepting behavior.

21 We further demonstrated the fullerene-like electron-accepting behavior of 3 through solution-phase

22 Alternatively, copolymerizing electron-accepting benzothiadiazole unit extended the vi

23 ganic nonlinear optical crystals introducing electron-accepting benzothiazolium, which exhibit higher

24 ectron donors and are flexibly coupled to an electron-accepting C60 to realize the unidirectional flo

25 ectron transfer from photoexcited Pc1 to the electron-accepting C60A that affords the DMAP-Pc1(*+)-C6

26 ethynyl substituents yet does not affect the electron-accepting capabilities of the IF core.

27 ectron acceptors favored genera with broader electron-accepting capabilities.

28 Comparing the EDCs of 15 HS with their electron accepting capacities (EACs), aquatic HS had hig

29 S (S0) and thiosulfate (S2O3(2-)), yielding electron accepting capacities of 2.82-1.75 mumol e- (mg

30 ooxidation had little effect on the samples' electron accepting capacities.

31 s caused by postsynthetic treatment with the electron accepting Cd(O2CPh)2 complex at room temperatur

32 calculations, substituted BAIs have stronger electron accepting characteristics when compared to seve

33 between complementary electron-donating and electron-accepting clusters in solution that crystallize

34 mally efficient, the redox potentials of the electron-accepting cofactors should be roughly equal, an

35 iphenylene, is a familiar mesogen, while the electron-accepting complement is mellitic triimide, a ne

36 of cytochrome c oxidase (COX), the terminal electron-accepting complex of the mitochondrial respirat

37 degradation was investigated under different electron-accepting conditions using contaminated canal a

38 n (CaM)-free eNOSr favored the FMN-shielded (electron-accepting) conformation over the FMN-deshielded

39 The more strongly electron-accepting cyano group is predicted to shift the

40 is(paraquat-p-phenylene) (CBPQT4+) as the pi-electron-accepting cyclophane and 1,5-dioxynaphthalene (

41 Since strongly electron-accepting derivatives are of great interest to

42 rs leading to the charge distribution in the electron-accepting domains of the tetracyano and octacya

43 the Wittig products appears dependent on the electron-accepting/donating capacity and the location of

44 ions of the well-defined dendrons, while the electron accepting fullerene is placed at the focal poin

45 tion is, in turn, a dyad comprising (i) a pi-electron-accepting fullerene (C60) component and (ii) a

46 cantly disrupted by the incorporation of the electron-accepting fullerene molecules, which introduce

47 ween the electron-donating porphyrin and the electron-accepting fullerene.

48 electron-transport chains featuring pairs of electron accepting fullerenes, that is, C60 and C70.

49 ctive charge shift reactions between the two electron-accepting fullerenes, and for kinetics that are

50 have been synthesized by the introduction of electron-accepting functional groups (A = CN, CO(2)Me, a

51 m the conjugated polymer, CN-MEH-PPV, to the electron-accepting functionalized fullerene, PCBM, are d

52 we showed that the alteration of one single electron-accepting group, while maintaining the shape of

53 a novel ECL emitting compound containing two electron-accepting hexyl-phenylquinoline groups covalent

54 dation potential as by its distance from the electron accepting iron atom.

55 A model is proposed in which electron-accepting M(O2CR)2 complexes (Z-type ligands) r

56 -than-ideal nanostructures when blended with electron-accepting materials.

57 ces where fullerene derivatives serve as the electron-accepting materials.

58 constitutes the first use of quinoxalines as electron-accepting moieties in D-pi-A compounds.

59 When the central electron-accepting moiety (A(2)) was varied or modified,

60 hat Q(A) and Fe(3+) together act as a single electron-accepting moiety at very low temperatures.

61 elements in such compounds form a polyatomic electron-accepting molecule inside the solid, a 'polyani

62 terials hybridized with electron donating or electron accepting molecules have been surveyed in this

63 both kinetics and yield) in the presence of electron-accepting molecules with suitably high reductio

64 enhanced by doping the organic material with electron-accepting molecules.

65 e connected via pi-conjugated bridges to six electron-accepting N-methyl-/N-arylpyridinium groups.

66 ition-metal centers are coordinated to three electron-accepting N-methyl/aryl-2,2':4,4' ':4',4' ''-qu

67 I)(NH3)(4)}(2+) centers are connected to two electron-accepting N-methyl/aryl-pyridinium groups.

68 ters are coordinated to pyridyl ligands with electron-accepting N-methyl/aryl-pyridinium substituents

69 olymer and near infrared (NIR) light-sensing electron-accepting (n-type) polymer.

70 Simple synthetic methods for a strongly electron-accepting naphthalene bisimide (NBI) derivative

71 lity, high photosensitivity and an excellent electron accepting nature.

72 The incorporation of electron-accepting nitrogen atoms in the conjugated nano

73 The energies of compounds with pi-electron-accepting or -releasing substituents, rotated t

74 re implemented in hybrids with water-soluble electron accepting perylenediimides (PDIs).

75 thesis of a novel compound that contains two electron-accepting phenylquinoline groups covalently att

76 hly exfoliated graphene covalently linked to electron accepting phthalocyanines.

77 d electron transfer from the graphene to the electron-accepting phthalocyanines.

78 erojunction (BHJ) solar cells composed of an electron-accepting polymer and an electron-donating poly

79 Four new low-bandgap electron-accepting polymers-poly(4,10-bis(2-butyloctyl)-

80 vity by locking the FMN binding domain in an electron-accepting position.

81 ush-pull trienes and tetraenes showed better electron-accepting potency and lower HOMO-LUMO gaps than

82 Terminal electron accepting process (TEAP) zones developed when a

83 mical regime, as categorized by the dominant electron-accepting process, do not necessarily control t

84 reciated function of CO(2) fixation is as an electron-accepting process.

85 al variables showed that in general terminal electron-accepting processes were shaping the bacterial

86 reduction were key but antagonistic terminal electron-accepting processes.

87 The superior charge photogeneration and electron-accepting properties of DBFI-T were further con

88 ectrochemical measurements revealed that the electron-accepting properties of the fullerenes inside t

89 Compared to BMR, the electron-accepting properties of the recombinant flavin

90 fluorophore having the correct spectral and electron-accepting properties.

91 ieties in the low-HTT chars, by newly formed electron accepting quinone moieties in intermediate-HTT

92 with antioxidant properties relative to the electron accepting quinone moieties.

93 so affected Q(A)- oxidation by the secondary electron-accepting quinone (Q(B)).

94 e recombination kinetics between the primary electron-accepting quinone in photosystem II (Q(A)-) and

95 was found to be at the level of the primary electron-accepting quinone in photosystem II, QA.

96 e moieties in intermediate-HTT chars, and by electron accepting quinones and possibly condensed aroma

97 ies are connected by a pi bridge to the weak electron-accepting quinoxaline moiety (D-pi-A compounds

98 is not constant; it depends on the terminal electron-accepting reaction and the amount of energy req

99 e that N(2) fixation and CO(2) fixation have electron-accepting roles separate from their better-know

100 s are proposed, implicating H87 on PC as the electron-accepting site from the iron center of cyt f th

101 rom a single quantum state to a continuum of electron accepting states, such as those present in the

102 tending the pi-conjugation and enhancing the electron-accepting strength of the ligands.

103 ative slope for electron-donating and weakly electron-accepting substituents and a large positive slo

104 The nitrile product is favored when electron-accepting substituents are present on the benze

105 ents and a large positive slope for strongly electron-accepting substituents.

106 In the absence of its main electron-accepting substrates (e.g. thioredoxin), wild-t

107 -type blinking to charge fluctuations in the electron-accepting surface sites.

108 n excited-state electron to the ground-state electron-accepting SWNT.

109 ial inversion, is favored by the presence of electron-accepting terminal groups for reductions (as th

110 obis(paraquat-p-phenylene) (CBPQT(4+)), a pi electron-accepting tetracationic cyclophane, synthesized

111 moieties are connected by a pi bridge to the electron-accepting thieno[3,4-b]quinoxaline bridge (D-pi

112 -1), respectively, affirming BAI as a potent electron accepting unit for high performance organic ele

113 order to increase the acceptor strength, the electron-accepting unit was equipped with two (instead o

114 (pyridinyl)methanone (DPyM) cores as the new electron-accepting units and di(tert-butyl)carbazole (DT

115 s based on alternating electron-donating and electron-accepting units not only allows the frontier mo

116 This polymer (P1) composed of all electron-accepting units shows excellent electron-transp

117 n the nanocrystals and the directly attached electron-accepting vitamin B2 ligands.