搜尋結果
2003
Surface Potential
100%
Disproportionation
91%
association reactions
70%
Association Reaction
62%
Singlet State
52%
isomers
100%
Compound Isomer
69%
Rate Constant
66%
Pressure
29%
kinetics
20%
isomerization
100%
Isomerization
68%
decomposition
65%
Rate Constant
56%
Decomposition
55%
Isomerization
100%
Rate Constant
83%
Decomposition
81%
products
81%
isomerization
73%
Tokmakov, I. V. ,
Moskaleva, L. V. ,
Paschenko, D. V. &
Lin, M-C. ,
20 2月 2003 ,
於: Journal of Physical Chemistry A. 107 ,
7 ,
p. 1066-1076 11 p. 研究成果: Article › 同行評審
decomposition
100%
entrances
87%
Rate Constant
86%
Decomposition
84%
products
84%
acetone
100%
Rate Constant
58%
kinetics
53%
Density Functional Theory
36%
Transition State Theory
35%
Lu, C. W. ,
Wu, Y. J. ,
Lee, Y-P. ,
Zhu, R. S. &
Lin, M-C. ,
18 12月 2003 ,
於: Journal of Physical Chemistry A. 107 ,
50 ,
p. 11020-11029 10 p. 研究成果: Article › 同行評審
pyrolysis
100%
Pyrolysis
68%
coefficients
53%
Resonance
52%
products
38%
Ab Initio Calculation
100%
Compound Isomer
79%
Hydrogen Bond
70%
Ambient Reaction Temperature
64%
Energy
54%
Tunneling
100%
Quantum Theory
93%
Kinetics
71%
Temperature
70%
Rate Constant
64%
Nguyen, M. T. ,
Le, H. T. ,
Hajgató, B. ,
Veszprémi, T. &
Lin, M-C. ,
29 5月 2003 ,
於: Journal of Physical Chemistry A. 107 ,
21 ,
p. 4286-4291 6 p. 研究成果: Article › 同行評審
nitromethane
100%
nitrites
96%
Nitromethane
80%
Nitrite
67%
CCSD
37%
Acetylene
100%
Isomerization
89%
Master Equation
87%
Thermochemistry
50%
Phenylation
46%
thermal decomposition
100%
ethyl alcohol
88%
Pyrolysis
62%
Ethanol
58%
kinetics
53%
2002
decomposition
100%
Rate Constant
86%
Decomposition
84%
molecules
28%
low pressure
22%
Transition State Theory
100%
Molecular Orbital
77%
Rate Constant
55%
kinetics
50%
molecular orbitals
27%
Ground State
100%
Molecule
43%
ground state
20%
augmentation
19%
molecules
16%
Park, J. ,
Choi, Y. M. ,
Dyakov, I. V. &
Lin, M-C. ,
28 3月 2002 ,
於: Journal of Physical Chemistry A. 106 ,
12 ,
p. 2903-2907 5 p. 研究成果: Article › 同行評審
Nitrosobenzene
100%
nitrogen dioxide
95%
Nitrogen Dioxide
84%
Transition State Theory
83%
pyrolysis
71%
Brill, T. B. ,
Beckstead, M. C. ,
Flanagan, J. E. ,
Lin, M-C. ,
Litzinger, T. A. ,
Waesche, R. H. W. &
Wight, C. A. ,
1 1月 2002 ,
於: Journal of Propulsion and Power. 18 ,
4 ,
p. 824-834 11 p. 研究成果: Article › 同行評審
Chemical speciation
100%
HMX
70%
RDX
68%
speciation (chemistry)
65%
energetics
46%
Hsiao, C. C. ,
Lee, Y-P. ,
Wang, N-S. ,
Wang, J. H. &
Lin, M-C. ,
31 10月 2002 ,
於: Journal of Physical Chemistry A. 106 ,
43 ,
p. 10231-10237 7 p. 研究成果: Article › 同行評審
CCSD
100%
Transition State Theory
72%
coefficients
49%
Shock Wave
42%
shock tubes
34%
Lu, X. ,
Xu, X. ,
Wang, N. ,
Zhang, Q. &
Lin, M-C. ,
2 4月 2002 ,
於: Chemical Physics Letters. 355 ,
3-4 ,
p. 365-370 6 p. 研究成果: Article › 同行評審
Dangling Bond
100%
chemisorption
83%
adatoms
76%
flexibility
68%
Chemisorption
68%
Master Equation
100%
Rate Constant
92%
Stabilization Energy
84%
kinetics
84%
Thermochemistry
82%
Xia, W. S. ,
Zhu, R. S. ,
Lin, M-C. &
Mebel, A. M. ,
1 1月 2002 ,
於: Faraday Discussions. 119 ,
1 ,
p. 191-205 15 p. 研究成果: Article › 同行評審
decomposition
100%
Rate Constant
86%
Decomposition
84%
Bimolecular Reaction
81%
Pressure
57%
Park, J. ,
Chakraborty, D. ,
Jamindar, S. ,
Xia, W. S. ,
Lin, M-C. &
Bedford, C. ,
25 2月 2002 ,
於: Thermochimica Acta. 384 ,
1-2 ,
p. 101-111 11 p. 研究成果: Article › 同行評審
Spectrometry
100%
Rate constants
94%
propane
87%
Propane
86%
thermal decomposition
84%
rice
100%
thermal decomposition
91%
methylidyne
82%
molecular orbitals
82%
ethyl alcohol
81%
thermal decomposition
100%
molecular orbitals
89%
elimination
88%
Molecular Orbital
82%
Pyrolysis
62%
2001
Mebel, A. M. ,
Lin, M-C. ,
Chakraborty, D. ,
Park, J. ,
Lin, S. H. &
Lee, Y. T. ,
15 5月 2001 ,
於: Journal of Chemical Physics. 114 ,
19 ,
p. 8421-8435 15 p. 研究成果: Article › 同行評審
Potential Energy Hypersurface
100%
rice
80%
Transition State Theory
79%
molecular orbitals
66%
benzene
66%
perchloric acid
100%
ammonium perchlorates
91%
Perchloric Acid
64%
Perchlorate
56%
Ammonium
48%
methylidyne
100%
reaction kinetics
90%
Rate Constant
65%
products
64%
Transition State Theory
59%
Dissociative Adsorption
100%
self assembly
84%
adsorption
61%
Cluster Model
49%
Pyrrole
37%
Zhu, R. S. ,
Diau, W-G. ,
Lin, M-C. &
Mebel, A. M. ,
1 12月 2001 ,
於: Journal of Physical Chemistry A. 105 ,
50 ,
p. 11249-11259 11 p. 研究成果: Article › 同行評審
Tunneling
100%
Rate Constant
64%
products
63%
Pressure
56%
Partition Function
46%
Dimers
100%
Isomerization
96%
100-2
91%
Cluster Model
81%
isomerization
76%
formic acid
100%
100-2
97%
formaldehyde
86%
methyl alcohol
72%
Formic Acid
62%
molecular orbitals
100%
Molecular Orbital
92%
Atmospheric Chemistry
69%
Ambient Reaction Temperature
56%
Tunneling
51%
Lu, X. ,
Fu, G. ,
Wang, N. ,
Zhang, Q. &
Lin, M-C. ,
3 8月 2001 ,
於: Chemical Physics Letters. 343 ,
3-4 ,
p. 212-218 7 p. 研究成果: Article › 同行評審
cycloaddition
100%
Surface
68%
1,3-cycloaddition
64%
Dissociative Chemisorption
44%
Dissociative Adsorption
38%
Lu, X. ,
Xu, X. ,
Wang, N. ,
Zhang, Q. &
Lin, M-C. ,
18 10月 2001 ,
於: Journal of Physical Chemistry B. 105 ,
41 ,
p. 10069-10075 7 p. 研究成果: Article › 同行評審
Thiophene
100%
Chemisorption
92%
furans
91%
100-2
83%
thiophenes
76%
isomers
100%
Compound Isomer
69%
Rate Constant
66%
heat of formation
64%
kinetics
60%
Lü, X. ,
Lin, M-C. ,
Xu, X. ,
Wang, N. &
Zhang, Q. ,
1 1月 2001 ,
於: Science in China, Series B: Chemistry. 44 ,
5 ,
p. 473-477 5 p. 研究成果: Article › 同行評審
Resonance Energy
100%
Aromatic Compound
75%
Diels-Alder Reaction
75%
Binding Energy
69%
Cycloaddition
66%
Photolysis
100%
Kinetics
82%
Adduct
80%
Benzene
78%
Mixture
49%
methyl radical
100%
Density Functional Theory
89%
Toluene
67%
Benzene
64%
Molecular Structure
61%
neopentane
100%
Alkanes
60%
Ethane
58%
Neopentane
57%
ethane
46%
association reactions
100%
Association Reaction
87%
pressure effects
72%
methylidyne
64%
temperature effects
58%
methylidyne
100%
Rate Constant
65%
Decomposition
64%
products
64%
Bimolecular Reaction
62%
Lu, X. ,
Lin, M-C. ,
Xu, X. ,
Wang, N. &
Zhang, Q. ,
21 6月 2001 ,
於: PhysChemComm. 4 ,
p. 1-3 3 p. 研究成果: Article › 同行評審
cycloaddition
100%
aromatic compounds
92%
Resonance Energy
78%
Cluster Model
75%
Aromatic Compound
59%
Hydroperoxyl
100%
dimers
60%
Transition State
55%
characterization
37%
Energy Barrier
21%
2000
reaction kinetics
100%
Rate Constant
72%
temperature dependence
71%
predictions
59%
Transition State Theory
43%
methylidyne
100%
Isomerization
79%
Transition State Theory
59%
Energy Barrier
47%
isomerization
38%
Molecular orbitals
100%
Rate constants
72%
Hydrocarbons
52%
100-2
100%
Cluster Model
89%
acetylene
81%
Adsorption Energy
75%
Acetylene
66%
Transition State Theory
100%
vapor phases
67%
Molecular Orbital
38%
Transition State
34%
Reaction Activation Energy
29%
vapor phases
100%
Rate Constant
82%
Transition State Theory
49%
Molecular Orbital
38%
Reaction Activation Energy
28%
Choi, Y. M. ,
Xia, W. S. ,
Park, J. &
Lin, M-C. ,
3 8月 2000 ,
於: Journal of Physical Chemistry A. 104 ,
30 ,
p. 7030-7035 6 p. 研究成果: Article › 同行評審
formaldehyde
100%
phenyls
88%
Formaldehyde
69%
Rate Constant
53%
kinetics
48%