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Keyword [heat of formation]
Result: 1 - 20 | Page: 1 of 2
1.
Quantum Chemical Studies On The Structures And Properties Of Organic Caged Energetic Compounds Including Polynitrocubanes
2.
Sufrace Alloying Mechanism During Metal Ion Implantation Into Metal At Elevated Temperatures
3.
Experimental And Theoretical Studies On The Thermal Stability Of Nitrates
4.
Solid State Reaction Mechanism In Interfaces Of Fe/Ti Nanometer-Scale Multilayers
5.
The Preparation And Energy Storage Properties Of Mg/Sn-based Intermetallic Compound Nanoparticles
6.
Quantum Chemistry Research On The Structures And Properties Of Adamantane And Tetrahedrane Energetic Derivatives
7.
Prediction Of Intermetallics Formation During Metal Ion Implantation Into Metal At Elevated Temperature
8.
Theoretical Study Of Stabilities And Tautomerism On Energetic Material N_nH_n(n=4～6)
9.
Fabrication And Study On Properties Of Al
3
Ti Particles Reinforced Magnesium Matrix Composites
10.
First-principles Studies Of Ni-Al And Ca-X(X=Si, Ge, Sn, Pb, Zn) Intermetallic Compounds
11.
Quantitative Correlation On The Physico-chemical Property Of The Monosubstituted Alkanes And Primary Investigation Of The Interrelations Among The Propeties
12.
Theoretical Study On The Structures And Proper Properties Of The Isomers Of N
6
H
6
And N
n
(CH)
6-n
H
6
(n=0～5)
13.
Theoretical Study On The Structures And Properties Of The Isomers Of N
8
H
8
14.
Theoretical Study On The Detonation Performances Of The High-nitrogen Heterocyclic Compounds
15.
Tetrazine Nitrogen Compound Structure And Properties Of The Relationship Between Theoretical Research
16.
Spiro Compound Ring Stress, Heat Of Formation And Theoretical Study On The Rearrangement
17.
The Calculations Research Of Hydrogen Desorption And Surface Adsorption Properties Of High Capacity Hydrogen Storage Material LiBH
4
and Its Related Phase
18.
Molecular Design And Performance Predictions Of High-nitrogen Energetic Compounds
19.
Quantum Chemical Study On Structure And Properties Of Heterocyclic Aromatic Energetic Compound
20.
Molecular Designs Of New Energetic Nitrogen-containing Heterocycle Compounds
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