Sensitivity numerical model experiments are crucial in various scientific fields, allowing researchers to assess the impact of different variables on a system"s response. These experiments involve manipulating input parameters and observing how the system responds, yielding valuable insights into its behavior. In this context, "sensitivity" refers to the system"s responsiveness to changes in input variables. Researchers use sensitivity numerical model experiments to study complex systems such as climate models, economic simulations, and engineering designs. By conducting these experiments, scientists can identify critical variables, assess the robustness of the system, and optimize its performance. This approach helps in making informed decisions and predictions, enhancing our understanding of complex phenomena. For example, sensitivity numerical model experiments have been used to analyze the impact of greenhouse gas emissions on climate change, assess the sensitivity of financial models to interest rate fluctuations, and optimize the performance of structural designs in engineering. Such experiments are invaluable for advancing scientific knowledge and informing real-world applications.
敏感性数值模式试验,Sensitivity numerical model experiment
1)Sensitivity numerical model experiment敏感性数值模式试验
2)Numerical model sensitivity experiments数值模式敏感性试验
3)Sensitive experiment敏感性模拟试验
4)Sensitivity test敏感性试验
1.In this article, the sensitivity test of air-sea surface flux model was carried out by the field observation data of " South China Sea Air-Sea Flux Measurement During 2000" project.利用《2000年南海海气通量观测》外场观测资料对海气通量计算模式进行了敏感性试验。
2.By using the thermodynamic equilibrium model ISORROPIA and a gas phase chemistry model,the impacts of sea salt aerosol,relative humidity and temperature on the acid-base gases and the inorganic salts are investigated through sensitivity tests,and the impacts of different concentrations of sea salt on the thermodynamic equilibrium are also showed.利用热力学平衡模式ISORROPIA及与之耦合的气相化学模式,通过两类敏感性试验,探讨了海盐气溶胶、相对湿度、温度对3种无机盐(硫酸盐、硝酸盐、铵盐,包括液态和固态)和3种酸碱气体(氨气、气态硝酸、氯化氢)浓度的影响,以及不同海盐气溶胶浓度对热力学平衡的影响。
英文短句/例句
1.test of pavement irregularity sensitivity路面不平敏感性试验
2.Sensitivity Test for Initial Values and Error Analysis in AREM ModelAREM初值敏感性试验及误差分析
3.Examination of plasmid and antibiotic susceptibility of B.animalis V9B.animalis V9质粒检测及抗生素敏感性试验
4.Experimental Study on Acoustic Responsiveness to Rock Core Unloading Disturbance岩芯卸荷扰动的声学敏感性试验研究
5.Study on the primary drug resistance against Streptomycin for tuberculosis链霉素对结核杆菌的药物敏感性试验
6.Test on Susceptibility to Hydrogen Embrittlement for 30CrMnSiNi2A超高强度钢30CrMnSiNi2A的氢脆敏感性试验
7.Experimental Study on Reservoir Sensitivity of Bozhong25-1 Oilfield渤中25-1油田储层敏感性试验研究
8.Research on Temperature Sensitivity in Vibrating Wire Sensor to Earth Pressure振弦式土压力传感器温度敏感性试验研究
9.Sensitivity of E.coli to Chinese medicine and its method analysis大肠杆菌对中草药敏感性试验及其方法研究
10.Experiment of Chemosensitivity and Study of Mechanism of Drug Resistance of Non-small Cell Lung Cancer;非小细胞肺癌药物敏感性试验及耐药机制探讨
11.Mesoscale Feature and Orographic Sensitivity Test of "07.7" Meiyu Front Rainstorm;“07.7”梅雨锋暴雨中尺度特征及地形敏感性试验
12.Drug Sensitivity Test on E.tenella Isolated from Xining Town柔嫩艾美耳球虫西宁分离株的药物敏感性试验
13.The sensitivity experiment for a snowstorm by the topography schemes一次暴雪过程地形方案的敏感性试验研究
14.Orographic Sensitivity Experiments of "07.7" Meiyu Front Rainstorm“07.7”淮河流域梅雨锋暴雨的地形敏感性试验
15.Progress on Antifugal Susceptibility Testing Methods of Yeasts in Vitro体外酵母样真菌药物敏感性试验方法研究进展
16.Numerical Simulation and Orographic Sensitive Experiments of Typhoon Saomai during Landfall台风“桑美”的数值模拟和地形敏感性试验
17.A sensitivity study of the effect of dust aerosols on the development of ice-phase cloud processes沙尘气溶胶对大气冰相过程发展的敏感性试验
18.Study on cold cracking susceptibility of domestic X80 pipeline steel using implant tests国产X80钢焊接冷裂敏感性的插销试验
相关短句/例句
Numerical model sensitivity experiments数值模式敏感性试验
3)Sensitive experiment敏感性模拟试验
4)Sensitivity test敏感性试验
1.In this article, the sensitivity test of air-sea surface flux model was carried out by the field observation data of " South China Sea Air-Sea Flux Measurement During 2000" project.利用《2000年南海海气通量观测》外场观测资料对海气通量计算模式进行了敏感性试验。
2.By using the thermodynamic equilibrium model ISORROPIA and a gas phase chemistry model,the impacts of sea salt aerosol,relative humidity and temperature on the acid-base gases and the inorganic salts are investigated through sensitivity tests,and the impacts of different concentrations of sea salt on the thermodynamic equilibrium are also showed.利用热力学平衡模式ISORROPIA及与之耦合的气相化学模式,通过两类敏感性试验,探讨了海盐气溶胶、相对湿度、温度对3种无机盐(硫酸盐、硝酸盐、铵盐,包括液态和固态)和3种酸碱气体(氨气、气态硝酸、氯化氢)浓度的影响,以及不同海盐气溶胶浓度对热力学平衡的影响。
5)Sensitivity experiment敏感性试验
1.Two different wind stresses deriving from SODA reanalysis data were adopted to force the model,which are original stress data(called control experiment) and minishing data in(10 °S～10 °N,180 °～120 °W)(called sensitivity experiment),and then the results were compared with the contemporaneous data.为了检验一个准全球的海洋环流模式对风应力变化的响应,尤其是在热带太平洋冷舌区对风应力的响应,使用源于SODA(simple ocean data assimilation)再分析资料的风应力强迫该模式进行控制试验,在(10°S~10°N,180°~120°W)的区域减小风应力进行敏感性试验,并把试验结果与同时段的资料进行分析比较。
2.A high sensitivity experiment of two typical heavy rainfall of Yunnan Province is made by MM5 model.利用MM5模式对云南两个具有代表性的强降水过程进行高分辨率模拟,通过下垫面植被的敏感性试验,考察云南气候要素(降水、温度、湿度、风等)对下垫面植被状况的敏感性,从而达到了解自然环境及人类活动在云南天气、气候及气候变化中的作用与影响,以期提高对未来天气、气候变化、环境变化及其对人类社会发展影响的预测和评估能力。
3.Firstedly, using NCEP-FNL global reanalysis grid data analysed this vortex, and then the numerical experiment by WRF was conducted to reproduce this process, based on the analysed conclusion, corresponding sensitivity experiments were designed, in order than, analysed conclusion can be confirmed.控制试验结果表明WRF能够较好地模拟此次降水过程,降水强度、落区均与观测接近,为敏感性试验提供了良好的试验基础。
6)sensitivity experiments敏感性试验
1.A simulation of typical weather event about meso-scale lows occurred in PBL over the North-China Plains and a series of itssensitivity experiments are carried out by using PSU/NCAR s MM4 mesoscale model,which examines the MM4 s forecast capability for the meso-scale systems in PBL.选取典型个例 ,用 MM4模式对华北中尺度低压进行模拟分析以及敏感性试验。
2.By using NCC-T63 coupled with land-surface process model,sensitivity experiments of desertification or virescence grass over the west part of China are implemented to study the effect of vegetation type on the climate.本文利用耦合了陆面过程模式的国家气候中心模式（T63）进行敏感性试验，对我国西部地区沙漠绿化和有植被地区沙漠化可能会对气候造成的影响进行了讨论分析。
延伸阅读
敏感敏感见抗菌药物敏感试验。
