ライフサイエンスコーパス: thermal decomposition

1 cological properties of LCPM released during thermal decomposition.

2 t have been used to form Cu2S nanodisks upon thermal decomposition.

3 rom room temperature to the threshold of the thermal decomposition.

4 loying, (3) anisotropic dissolution, and (4) thermal decomposition.

5 salts into oxalate precursors and subsequent thermal decomposition.

6 so protects the resulting endoperoxides from thermal decomposition.

7 and intermediate compounds formed during the thermal decomposition.

8 ces of unsaturated NHC carbene catalysts via thermal decomposition.

9 s at 150 degrees C in 5 M piperazine, making thermal decomposition an important mechanism for MNPZ co

10 ble IREs were used to study high temperature thermal decomposition and chemical changes of polyvinyl

11 anoheaters that result in a highly localized thermal decomposition and digestion of the protein sampl

12 eloped to perform a rapid on-surface protein thermal decomposition and digestion suitable for imaging

13 were prepared, followed by photochemical and thermal decomposition as well as flash vacuum pyrolysis

14 Thermal decomposition at 700 degrees C of the Nd compoun

15 T calculations reveals the complexes undergo thermal decomposition by isomerization from eta(2)-(C,O)

16 l approaches (such as solvent extraction and thermal decomposition) can easily induce the sintering o

17 This photothermal process or plasmonic thermal decomposition/digestion (plasmonic-TDD) method i

18 Once thermal decomposition effects on the detected formulas a

19 All the compounds exhibit exothermic thermal decomposition except the quinuclidinium (1e, 3e,

20 nformation concerning the thermal stability, thermal decomposition, identification of the main gaseou

21 ing the balance between ClOOCl formation and thermal decomposition in darkness is lower than that in

22 ze in detail the mechanisms pertinent to its thermal decomposition in view of analogous experimental

23 ssfully transferred to the gas phase without thermal decomposition, it is critical to have the canoni

24 eam mass spectrometry, we also show that the thermal decomposition mechanism of NaAlH(4) is complex a

25 It was also found that the direct thermal decomposition method for the determination of me

26 ders of magnitude less than previous offline thermal decomposition methods to achieve a similar analy

27 Carbamoyl phosphate (CP) has a half-life for thermal decomposition of <2 s at 100 degrees C, yet this

28 Thermal decomposition of 1 and 2 in anhydrous benzene at

29 Thermal decomposition of 1 leads to clean Wolff rearrang

30 Thermal decomposition of 1 yielded Terph-H as the only i

31 he analysis of activation parameters for the thermal decomposition of 1, as well as with the results

32 Thermal decomposition of 17 in cyclohexane under oxygen

33 Thermal decomposition of 17 in methanol led to alkene 19

34 ng and Ar-Ar reductive elimination dominated thermal decomposition of 17.

35 Thermal decomposition of 1a afforded predominantly eithe

36 indicates that the rate-determining step for thermal decomposition of 2 is the loss of molecular nitr

37 Thermal decomposition of 2a--f and of the seleno analogu

38 The thermal decomposition of a model nitroaromatic explosive

39 wRp = 0.08109) was synthesized by controlled thermal decomposition of a stoichiometric mixture of lit

40 rystals having controlled morphology through thermal decomposition of a zinc precursor in self-assemb

41 ondary organic aerosol (SOA) is derived from thermal decomposition of accretion products or other low

42 CH(2)(a) and CF(3)(a) are generated by thermal decomposition of adsorbed CH(2)I(2) and CF(3)I.

43 It was found that thermal decomposition of AHF provides nitrogen, phosphor

44 Initiation by the thermal decomposition of AIBN is also catalyzed by naked

45 Thermal decomposition of alpha-hydroxydiazirine 2 gives

46 The kinetics of the thermal decomposition of ammonium perfluorooctanoate (AP

47 Cl, suggesting that oxygen is produced from thermal decomposition of an oxychloride compound.

48 ed interest in the mechanism and products of thermal decomposition of Angeli's salt under physiologic

49 ely accepted that natural gas is formed from thermal decomposition of both oil in reservoirs and, to

50 Thermal decomposition of carbonates and combustion of or

51 On the basis of the controlled thermal decomposition of coal in an argon atmosphere, it

52 unds were either the result of hydrolysis or thermal decomposition of components already present in t

53 ithine transcarbamoylase reduces the rate of thermal decomposition of CP by a factor of >5,000.

54 lize CP we investigated the mechanism of the thermal decomposition of CP in aqueous solution in the a

55 ations we show that the critical step in the thermal decomposition of CP in aqueous solution, in the

56 tallic CrO2 that were grown by high-pressure thermal decomposition of CrO3.

57 ysis and the measured rate constants for the thermal decomposition of d(48)-5 circle 3b in the temper

58 The photochemical or thermal decomposition of diazo Meldrum's acid (1) in met

59 Thermal decomposition of dimethyl azo(bisisobutyrate) in

60 olates act as microreactors that confine the thermal decomposition of energetic precursors and lead t

61 The photochemical or thermal decomposition of ethyl diazomalonate (1) or ethy

62 that, within the tested e-cigarette brands, thermal decomposition of flavoring compounds dominates f

63 Mineral-assisted thermal decomposition of formamide (HCONH(2)) is a heavi

64 e insight into the reaction pathways for the thermal decomposition of free CP in an aqueous solution

65 (ITO) nanocrystals (NCs) were synthesized by thermal decomposition of indium acetylacetonate, In(acac

66 +:CdSe, TM2+:CdS, etc.) has been prepared by thermal decomposition of inorganic cluster precursors.

67 ared electrolytically or by infiltration and thermal decomposition of insoluble cellulose supports.

68 The Fe3O4 NPs are synthesized by thermal decomposition of iron pentacarbonyl in the prese

69 ion of an alloyed CdSSe nanocrystal from the thermal decomposition of Li(4)[Cd(10)Se(4)(SPh)(16)].

70 Rate constants for the thermal decomposition of malonic, methylmalonic, and dim

71 00-2200 K indicate that the main pathway for thermal decomposition of MB is the reaction CH3CH2CH2C(

72 growth intermediates at different stages via thermal decomposition of methane on Cu(111).

73 rmate to yield CH(3)OH + CO, followed by (2) thermal decomposition of methanol to yield CH(2)O + H(2)

74 The major products of the thermal decomposition of methyl formate in the gas phase

75 Benzyl cations were generated via the thermal decomposition of N-benzyl-N-nitrosopivalamide in

76 xidation, photolysis of H2O2, ozonolysis, or thermal decomposition of N2O5).

77 ecycle particulate matter (called LCPM) from thermal decomposition of nano-enabled thermoplastics, cr

78 ic hydrocarbons (PAHs) adsorbed on LCPM from thermal decomposition of nano-enabled thermoplastics.

79 en was generated by photosensitization or by thermal decomposition of naphthalene endoperoxide deriva

80 tion of oxygen three-isotope behavior during thermal decomposition of naturally occurring carbonates

81 el interfaced with nickel oxide results from thermal decomposition of nickel hydroxide precursors bon

82 en-containing groups, greatly accelerate the thermal decomposition of NM and its derivatives.

83 thesis for the "missing" Martian organics is thermal decomposition of organic material to CO(2) durin

84 The initial step in the thermal decomposition of PPE is the homolytic cleavage o

85 Evidence of CO2 was detected during thermal decomposition of precipitates, suggesting the on

86 ositions and sizes based on high-temperature thermal decomposition of readily available precursors.

87 k) to benzene, and (2) the measured rates of thermal decomposition of six RR'C=NOCH2Ph at 423 or 443

88 This paper investigates the thermal decomposition of technical endosulfan under oxid

89 Thus, in the absence of lipids, thermal decomposition of the amino acids produced reacti

90 h-temperature reactor, while suppressing the thermal decomposition of the analytes.

91 ssible volatile compound released during the thermal decomposition of the antioxidant.

92 ion types explored in this study include the thermal decomposition of the AsP(3) tetrahedron to its e

93 cells to the same temperature, although some thermal decomposition of the bases also occurred.

94 etermine an OH yield of 0.25 from prompt and thermal decomposition of the carbonyl oxides.

95 mperature, which is partly attributed to the thermal decomposition of the conducting salt LiPF6.

96 ver, (31)P NMR monitoring of the spontaneous thermal decomposition of the DAPS shows consistent diast

97 igh-energy X-ray diffraction showed that the thermal decomposition of the delithiated Li(1-x)[Ni(1/3)

98 are consistent with that expected for normal thermal decomposition of the diazeniumdiolate in aqueous

99 Thermal decomposition of the Er/Cd and Yb/Cd compounds a

100 The thermal decomposition of the free-radical initiator bis(

101 nanoscale droplets were generated in situ by thermal decomposition of the Ga precursor and subsequent

102 Thermal decomposition of the in situ generated lithium s

103 r, aldehyde formation has been attributed to thermal decomposition of the main components of e-cigare

104 Thermal decomposition of the phenyliodonium ylide of law

105 x)S for a doping range of 0 </= x </= 0.1 by thermal decomposition of the precursors Eu(S(2)CNEt(2))(

106 Thermal decomposition of the sodium salts of these tosyl

107 Thermal decomposition of the sodium salts of tosylhydraz

108 Thermal decomposition of the three-coordinate oxidative

109 te an important initial reaction step in the thermal decomposition of these heterocyclic compounds.

110 uite similar to the pathway proposed for the thermal decomposition of vinylacetylene into acetylene i

111 In thermal reactions, we discuss the thermal decomposition of water and methanol, as well as

112 Thermal decomposition of zinc stearate and gallium nitra

113 The thermal decompositions of metallaisoxazolin-5-ones conta

114 The thermal decompositions of trans-azomethane and 2,3-diaza

115 cture, which is similar to graphene grown by thermal decomposition on SiC (000-1).

116 smonic heating and bring about site-specific thermal decomposition on solid peptide/protein samples.

117 Thermal decomposition or room-temperature photolysis of

118 tion, in vitro digestibility and kinetics of thermal decomposition processes of mass loss and heat fl

119 However, thermal decomposition products in the battery reduce its

120 Its thermal decomposition products include disulfur (S2), ca

121 vaporizer, ion chamber, or both, induced by thermal decomposition products of inorganic salts.

122 MD) simulations using ReaxFF we find initial thermal decomposition products of PDMS to be CH(3) radic

123 grams since many of the detected species are thermal decomposition products rather than actual SOA mo

124 and the protein lysozyme by detecting their thermal decomposition products with matrix-assisted lase

125 These thermal decomposition reactions are induced by heating a

126 Both the chloroarene activation and the thermal decomposition reactions have been shown to occur

127 The photo and thermal decomposition reactions of the azide were studie

128 gold nanoparticles (Au-NPs) to induce known thermal decomposition reactions that cleave peptides and

129 s to be favored when growth occurs below the thermal decomposition temperature of the single-source p

130 eptibilities, glass transition temperatures, thermal decomposition temperatures, viscosities, and hyd

131 d complex [(I(t)Bu)Fe(N'')2] (4) undergoes a thermal decomposition that has not previously been obser

132 ly on Pd(111) at 80 K without undergoing any thermal decomposition, thus providing an ideal probe of

133 degrees C in 7 M monoethanolamine (MEA) for thermal decomposition to be important.

134 properties on the polymer, including facile thermal decomposition to form diamond or diamond-like ca

135 ore-shell Au/Fe3O4 nanoparticles produced by thermal decomposition under mild conditions.

136 liquid at room temperature and is stable to thermal decomposition up to 270 degrees C.

137 ere prepared and were shown to undergo clean thermal decompositions via alpha-aryl-elimination to pro

138 observed that a peculiar peak was formed by thermal decomposition when some sulfur compounds were ra

139 beta-lactones is described as well as their thermal decomposition with extrusion of carbon oxysulfid