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and p. Harriot : \'Unit operation of Chemical engineering\' , 6th edition, McGraw Hill, Singapore (2001). 1. 제목 (Title)
2. 목적 (Object)
3. 이론 (Theory)
4. 실험장치 (Apparatus)
5. 실험방법 (Experimental method)
6. 결과 및 고찰 (Result & Observation)
7. 문헌 (Reference)
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method to solve following Prob." << "\n" ;
cout << "< dv/dt = g-Cd*v*v/m; >" << "\n" << "\n";
cout << "step size = " << h << "\n";
cout << "--------------------------------" << "\n";
cout <<" "<< "Xn" << "\t" << "v "
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Methods
1)실험재료
2)SDS gel running의 방법 및 과정
3)transfer의 방법 및 과정
4)destaining과 blocking과정
5)primary antibody 붙이기
6)secondary antibody 붙이기
7)ECL solution
8)blotting
III. Results
-검출된 band가 size marker와 비교해서 분석하고자하는 단백질의
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Solution processed Multilayers, Hyung In Lee and Ji Wan Kim, Journal of the Microelectronics and Packaging Society, Vol. 25 No.4, P.119P.122 (2018)
[7] Heterojunction for Infrared Photodetector, W.-H. Park et al., J. Korean Inst. Electr. Electron. Mater. Eng., Vol. 30, No. 8, P.525-P.529 (2017)
[8]
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method
-Pore size(distribution)
Micropores < 2nm
2nm < mesopores < 50nm
Macropores > 50nm
-Mechanical properties
Crush test
Particle size
Abrasion & attrition(fixed-bed)
Crystalline size
촉매반응에 영향을 끼치는 요소
-온 도
반응속도에 결정적 역할(분자의 운동에너지
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