与 «EXPÉRT»相关的罗马尼亚语书籍
在以下的参考文献中发现
expért的用法。与
expért相关的书籍以及同一来源的简短摘要提供其在 罗马尼亚语文献中的使用情境。
1
Developing a Research Strategy for Suicide Prevention in ...
Figure C.4 “Chops” Up Probability Mass of t to Computey 3 2 1 0 4 Raterprecision, 67 Exp ert Exp ert Exp e rt RAND RR559-C.4 Ex p Ex p e r t80 Ex p e r t 69 Ex p e r t39 Ex p ert 17 Exp ert 02 Ex p ert 91 Exp ert 73 Ex p ert 57 Exp ert 63 Ex p ...
Rajeev Ramchand, Nicole K. Eberhart, Christopher Guo,
2014
2
Bulgaria: Request for Stand-By Arrangement—Staff Report; ...
Table 13. Bulgaria: Technical Assistance, 1993-2002 Dept. Subjectfldentified Need Action Timing Counterpart MAE Banking supe1'visionfdebt management Mission Apr. 98 ENE MAE Organization and management Exp ert lun., Sep., Dec.
International Monetary Fund,
2002
3
Transactions of the American Institute of Mining, ...
American Institute of Mining, Metallurgical, and Petroleum Engineers. The term in the right side of Eq. B-3 can be calculated by using Eq. C-8. Thus, Vacoat-[(Wacod") 1 –n 11 12 n 1, -(n- p! d'exp(-ERT)d | - . (B-5) 11 Therefore, OC n Aco an ...
American Institute of Mining, Metallurgical, and Petroleum Engineers,
1985
4
Physical Chemistry for Engineering and Applied Sciences - Pagina 4-24
[86] Substituting Eqn [86] into Eqn [84]: (I)= Eexp E RTdE E E E = = = RT23/2() + RT ERT exp ERT 3/2() – RT2erf ERT 3/2() . . . [87] Finally, we substitute Eqn [87] into Eqn [59] to give N N E E = 2 1 RT Eexp ERTdE 3/2 E E E = = = 2 1 RT RT2 ...
5
Developments in Reinforced Plastics—4 - Pagina 39
Since k = A exp (- E/RT) we can rewrite the equation as follows: dx/dt = A exp (-ERT)(1-x)" where A is the frequency factor, E is the activation energy, R is the gas constant, and T is the absolute temperature. From the assumption that the heat ...
6
Simulation in Radiology - Pagina 118
Table 10.2 (Continued) TASK 9: SUTURING, INTERRUPTED, VERTICAL MATTRESS Expert proficiency score Model Description Errors Cutoff time (seconds) Exp ert proficiency score 89 (31 seconds with no errors) FLS Penrose drain 30 cm, ...
Hugh J. Robertson, John T. Paige, Leonard Bok,
2012
7
Computer Aided Design in Composite Material Technology III
exp(-ERT)(am-o)". (3) where am is the maximum degree of reaction obtained at a given temperature in an isothermal test. The parameters of the kinetic equation can be calculated by non-linear regression of isothermal DSC test results [9].
Suresh Advani, W.R. Blain, W.P. de Wilde,
2012
8
Handbook of Thermal Analysis and Calorimetry: Applications ...
exp(ERT). where t is the time, E is activation energy, A is the pre-exponential factor, C is the heat capacity, Q is heat of reaction and T is temperature in kelvin.[10, 11]. With this equation and experimentally measured induction times (t), E values ...
Michael E. Brown, Patrick K. Gallagher,
2003
9
Chemical Kinetics of Gas Reactions - Pagina 398
exp(-ERT)(ERT)". (22.32) koo(f- 1)! - Thus in order to calculate t, we must know koo, f and E0. We shall compare the values of t for the triatomic molecules F2O and N2O. Since the decomposition of F2O follows a bimolecular law —d(F2O)/dt ...
10
Wildfire Risk: Human Perceptions and Management Implications
Rela ted r esearch o n interactions b etween lay a nd exp ert us ers of GIS technologies provides further insight into the development of decision support tools (see, e.g., Brail and Klosterman 2001; Ceccato and Snickars 2000; Couclelis and ...
Wade E. Professor Martin, Carol Professor Raish, Brian Professor Kent,
2010