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gaijinhoulengshuijizuxineng
- 自己在毕业论文中所编写的源程序蒸发式冷水机组编程，希望大家共同学习-Evaporative chillers programming \
01-species0
- 用蒙特卡洛算法模拟原子的弹性散射，从而计算势阱中蒸发冷却的效率-Monte Carlo algorithm for simulation of elastic scattering of atoms, to calculate the efficiency of the evaporative cooling
evaporator
- 可实现 直接蒸发式蒸发器的 热力计算及结构初步设计-Preliminary design calculations and structure of the the direct evaporative evaporator heat
evaporative-model
- fluent 中蒸发、冷凝模型的初步udf代码以及验证case-fluent in evaporation, condensation model code, and verify the case initially udf
DSMCSimulationMexEvaporationV04
- 使用Direct Simulation Monte Carlo 方法对BEC的蒸发冷却进行数值模拟，能够对不同的势阱进行选择。这份源代码稍加改动既可以适应多种环境，甚至可以模拟风洞实验等。具体原理可以参见Bird的专著。-the simulation of evaporative cooling of BEC, realized by using direct simulation Monte Carlo. Can be used to satisfy different potential c
Evaprtator_20230
- 蒸发器(直接蒸发式空气冷却器)的设计；参考彦启森的空气调节用制冷技术第四章的内容；制冷剂为R22和R134a-Evaporator (direct evaporative air cooler) design reference Kai Yan Sen air conditioning refrigeration technology content of Chapter IV R22 and R134a refrigerant
absorption1-(1)
- 吸收式热泵循环，由蒸发温度和冷凝温度可以方便的求出其系统的性能系数-A new heat pump cycle with a new type of working fluid, with evaporative temperature and condensing temperature for its COP
cr-cz
- 蒸发冷凝的udf，，包括传热传质，对应于水(Evaporative condensation of UDF, including heat and mass transfer, corresponds to water)
SHIXIA.tar
- 用于fluent计算蒸发冷凝的UDF，只能用于沸腾蒸发(UDF for calculating evaporative condensation in fluent)
udf
- 用于fluent模拟冷凝情况的UDF，它是基于压力的变化的蒸发冷凝相变模型。(UDF for fluent simulation of condensation, which is a pressure-based, evaporative condensation phase change model.)
xinanjiangmoxing
- 新安江流域水文模型，输入降水，蒸发输出流量。(The hydrological model of the Xin'An River Basin, input precipitation, and evaporative output flow.)
VOFandSpecies_2d
- fluent中udf函数通过c++对蒸发冷凝模型的vof模型进行编程(UDF function in fluent programming VOF model of evaporative condensation model by C + + language)
LabVIEW模板和项目范例
- 文档目录如下所示 1. 简单状态机 2. 队列消息处理程序 3.运营商框架 4. 有限的测量 5. 连续测量记录 6. 反馈蒸发冷却器 7. Labview模板和项目示例(The document directory is shown below 1. Simple state machine 2. Queue message handler 3. Operator framework 4. Limited measurements 5. Continuous measurement recor