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Using Data Envelopment Analysis (DEA),\" Interface, Vol. 25, 1995, pp. 60∼73.
Tulkens, H., \"On FDH Efficiency Analysis: Some Methodological Issues and Applications to Retail Banking, Courts, and Urban transit,\" Journal of Productivity Analysis, Vol. 4, 1993, pp. 183∼210.
and A. Malnero, \"Nonparam
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C. 기업의 외부환경요인과 비재무적 성과측정치의 활용
1. 환경의 불확실성과 비재무적 성과측정치
Ⅲ. 연 구 설 계
A. 연구모형 및 가설의 설정
1. 연구모형
2. 가설의 설정
B. 연구변수의 조작적 정의 및 측정
1. 비재
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Using dimensional analysis, estimate (a) its drag force and (b) the horsepower required to overcome air drag. Solution: For sea-level air in SI units, take ρ ?1.23 kg/m3 and ? ?1.79×10?5N?s/m2. Convert the raw drag and velocity data into dimensionless form: V (km/h): 32 64 96
CD = F/( ρ V2L2): 0.2
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using Mathcad, to give you some practice solving for different variables, as well as to practice using the error function. Note that a problem may ask you to solve for
a) the depth at which a particular concentration exists;
b) the concentration at a given depth;
c) the time required to achieve a gi
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C-shaped canal
⑤ 치근의 만곡
⑥ 근관의 석회화와 치수석
⑦ 치아의 형태 이상
-만곡치
-치내치
-설측구
⑧ 진단 시의 어려움
-원인치 감별
-Crack
-치근의 수직 파절
⑨ 러버댐의 비사용
⑩ 근관 와동 형성
⑪ 근관
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C:\\Users\\윤희찬\\AppData\\Roaming\\SPB_Data\\SIMULA-PSpiceFiles\\SCHEMATIC1\\SIMUL1.sim ]
**** JOB STATISTICS SUMMARY
******************************************************************************
Total job time (using Solver 1) = .03
과제 B: 전달함수 해석
<그림1에 대한 해석>
**** SMALL-SIG
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c_15_46.htm http://my.dreamwiz.com/scmwoo/philky/third/c_17_48.htm
http://k.kumi.ac.kr/remote/internet/contents/ic-16.html
http://blog.naver.com/post/postView.jsp?blogId=feelcom1999&logNo=23222
http://blog.naver.com/post/postView.jsp?blogId=feelcom1999&logNo=23222
http://ecredit.dacom.co.kr/NEWE
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C., & Shin, K. H. (in press). Personality correlates of workplace anti-social behavior. Applied Psychology: An International Review.
Lee, K., Ashton, M. C., & De Vries, R. (2003, August). Predicting workplace delinquency using personality: Findings from three countries. Paper presented at the meetin
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using a Modified Generalized Plane Strain Assumption, International Journal of Mechanical Sciences, 2001. 43(4): pp. 993-1007.
Ebrahimi, N.D. Optimum Design of Flywheels, Computers & Structures, 1988. 29(4): pp. 681-686.
Georgian, J. C. Optimum Design of Variable Composite Flywheel, Journal of Compo
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C, use the closest standard values. Consult any catalog in the laboratory area for standard values.
→ 계 산 과 정
⇔
2. Redesign the network of Problem 1 to have a of 10. All the other specifications remain the same.
→ 계 산 과 정
⇔
3. Test the design of problem 1 using PSpice. That is once you have
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