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Keyword [Expansion coefficient]
Result: 1 - 20 | Page: 1 of 2
1.
Research On Digital Speckle Correlation Method And Micro/Nano Thermomechanical Measurement
2.
Si (111) Substrates By Low-temperature Growth Of Pb Films, The Electronic Structure And Quantum Effects Research
3.
The Quantum Perturbation Calculations With Linear Expansion Coefficient And The Discussion With Convergent Of Energy Elgenvalues
4.
The Research Of Measurement Of Thermal Stresses With Digital Speckle Correlation Method
5.
Comparative Investigations Of Thermodynamic Properties Of MgO With Shell-model MD Simulations At High Pressures
6.
Synthesis And Research Of Al/ZrMgMo
3
O
12
And BaFe
12
O
19
/ZrMgMo
3
O
12
7.
Negative Thermal Expansion Property Of Eu
1-x
Sr
x
MnO
3-δ
（X= 0.1,0.15,0.2） And (Gd
0.5
Eu
0.5
)
0.8
Sr
0.2
MnO
3
8.
An Experimental And Theoretical Study On The Mid-high Temperature Effective Thermal Conductivity And Linear Thermal Expansion Coefficient Of Aluminum Foam
9.
Biaxial Compressive Strain Of Graphene On Substrate Of Hexagonal Boron Nitride
10.
Hygroscopicity And Negative Thermal Expansion Of Y
2-2x
（ZrM）
x
Mo
3
O
12
(M=Ca
2+
,Sr
2+
)
11.
Theoretical Research On Atomic Potential Energy And Thermodynamic Function With Temperature Change
12.
Evaluating Volume Thermal Expansion Coefficient Of Solid At Different Temperature Based On Measured Date Of Isothermal EOS
13.
Study On Negative Thermal Expansion Of Nb
14
W
3
O
44
And ZrNb
2
WO
10
14.
Precision Measurement Of The Rmal Expansion Coefficient For Cavity Based On Microwave Resonance
15.
The Nonlinear Mechanical Hehavior Of Gradient Porous Material Structure
16.
Study On Degradation Mechanism Of Epitaxial Layer Structure Of AlGaInAs Near Infrared Semiconductor Lasers
17.
Study On Thermodynamic Matching Between Substrate And Films In Optical Thin Film Technology
18.
Mechanical Strength Enhancement Of Low Temperature Co-Fired Multilayer Ceramics By Introducing Residual Stress
19.
Research On Negative Thermal Expansion Substrate For Fiber Bragg Grating
20.
Thermal Residual Stress And Thermal Expansion Coefficient Analysis Of Two Kinds Of Micromechanics Models Of Composite Materials
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