- 更多网络例句与绝热器相关的网络例句 [注：此内容来源于网络，仅供参考]
-
The former were closed relatively to real variety process of gas space nature.
建模时，对氮气区分别按接近真实空间气体变化的多变过程或按容积补偿器阀门打开的等温过程和阀门关闭的绝热过程进行模拟，前者更接近真实空间气体性质的变化过程。
-
The fuel cell and scrubber are located in a thermostatically controlled and insulated chamber.
燃料电池和气体洗涤器置于一个恒温控制的和绝热的室内。
-
It possesses properties of light, thermal insulation, environment friendly, waterproof, fireproof and no toxicity to human body, and has wide application field and convenient for constructing, which provides as transparent super thermal insulation products for capital showplace, exhibit centre, meeting centre, special trial centre, high-class hotel, villadom and solar energy collector , etc..
具有透光、隔热、绿色环保、防水不燃等优越性能，不含任何对人体有害的物质，且应用领域广，施工方便，为大型剧院、展览中心、会议中心、特殊试验中心、高级宾馆、别墅、太阳能集热器等提供透明隔热的高级绝热保温产品。
-
This three region model is different from two region model available. The behavior of the nitrogen in the volume compensator was simulated by polytrophic process similar to real variety process of gas, or constant temperature process of gas with the valve opening in the volume compensator and adiabatic process of gas with the valve closed in the volume compensator, respectively. The former were closed relatively to real variety process of gas space nature.
建模时，对氮气区分别按接近真实空间气体变化的多变过程或按容积补偿器阀门打开的等温过程和阀门关闭的绝热过程进行模拟，前者更接近真实空间气体性质的变化过程。
-
A replaceable adjustor has been used which makes it possible to change particle concentration and impacting velocity.
实验装置具有颗粒浓度、冲刷速度等参数的调节功能，特殊设计的试件夹使该试验器既可用于硬质材料的实验，也可用于软质绝热材料的烧蚀动态测量。
-
For these reasons, aiming at the low temperature separate method of light hydrocarbon recovery, the simple and accurate SRK state equation has been used to calculate the components thermodynamic characters of natural gas. This paper simulates the units process of the light hydrocarbon recovey process such as flow mixer/spilliter, flash, pump, valve, compressor, expander, distillation and heat exchange etc., and give examples to contrast calculation for each unit process.
为此，针对轻烃回收低温分离法工艺，以简单、准确的SRK状态方程为热力学计算基础模型，对轻烃回收工艺中的流股混合器、流股分割器、等温闪蒸器、绝热闪蒸器、泵、节流阀、压缩机、膨胀机、精馏过程及换热器等单元过程进行了模拟，并对各单元过程进行了实例对比计算。
-
Figure 9 shows the configuration of the experimental equipment employed in this research. The thermal input is provided primarily by a DC power supply. In addition, a 600W thermostatic tank at the heat exchange section is used to control the water temperature, and it works with a flow regulator to remove heat through the water jacket. Thermocouples are separately embedded at the inlet and outlet of the water jacket to monitor the temperature change. In the course of the experiment, each of the heat spreaders is enclosed by heat-insulating materials to prevent heat loss. The following are the main experimental parameters
图9为本研究之实验设备架构图，主要以一台 DC 电源供应器提供热量之输入，而在热交换端则以一600W 之恒温水槽控制水温，搭配流量调节器以水套带走热量，并于水套之入口及出口处分别嵌入 Thermocouple 监测温度变化，实验过程中，均温基板的四周皆以绝热材料包覆以防止热的损失，主要的实验参数如下
-
Firstly, micro-thermal calorimeters were used to qualitatively analyze the thermochemistry behaviour of reactants system under adiabatic mode; Subsequently a series of toluene nitration experiments were carried out in an isothermal reaction calorimeter to study the influences of different operating conditions such as stirring speed feeding rate and setting temperature and so on . The thermal hazard assessment of toluene nitration was derived from the measured calorimetric data, the rate of the reaction the adiabatic temperature increase △T_ad and maximal temperature attainable MTSR_max in a runaway situation can also been derived.
首先采用微量热分析仪对反应体系在绝热状态下的热行为进行分析；再采用等温条件下的反应量热器实验研究不同的工艺条件如搅拌速度、加料速度和设定温度等参数对反应结果的影响；结合热分析数据和RCle数据，对甲苯的一段硝化过程进行了初步的热危险分析，推导出反应速率方程、反应失控条件下的绝热温升△T_和反应所能达到的最大温度MTSR等参数。
-
Based on an analysis of the timer structure on the C54x, a new design scheme of an adiabatic timer is presented using the theory of three essential circuit elements for adiabatic circuits and the characteristics of the clocked transmission gate adiabatic logic circuit and its adiabatic flipflop.
为了设计低功耗定时器，首先利用钟控传输门绝热逻辑电路设计绝热触发器，然后在分析C54X的定时器结构基础上，利用绝热电路三要素理论，结合钟控传输门绝热逻辑电路及其绝热触发器的特性，提出绝热定时器的设计新方案。
- 更多网络解释与绝热器相关的网络解释 [注：此内容来源于网络，仅供参考]
-
adiabatic calorimeter：绝热量热器
adhesivity 粘附性 | adiabatic calorimeter 绝热量热器 | adiabatic change 绝热变化
-
adiabatic calorimeter：绝热式量热器
绝热大气 adiabatic atmosphere | 绝热式量热器 adiabatic calorimeter | 绝热变化 adiabatic change
-
adiabatic change of air：空气绝热变化
adiabatic calorimeter 绝热式量热器 | adiabatic change of air 空气绝热变化 | adiabatic change 绝热变化
-
diathermy apparatus：透热器,中波电疗机
diathermic wall 绝热壁,绝热壁 | diathermy apparatus 透热器,中波电疗机 | diathermy interference 电疗器械干扰
-
heat interchanger：換熱器;熱交換器
"绝热材料;热绝缘材料","heat insulating material" | "换热器;热交换器","heat interchanger" | "燃烧热","heat of combustion"
-
heat interchanger：(再生)热交换器
heat insulation 绝热,保温 | heat interchanger (再生)热交换器 | heat load 热负荷
-
adiabatically：在绝热条件下
torque ~转矩促动器 | adiabatically在绝热条件下 | adjuster调整器
-
adiabat：绝热线绝热的
adiabat 绝热线 | adiabat 绝热线绝热的 | adiabatic calorimeter 绝热式量热器
-
insulation resistance tester：绝缘电阻测试器
insulation pipe 绝缘管 | insulation resistance tester 绝缘电阻测试器 | insulation sampler 绝热取样器
-
pipe box：绝热管套
pipe bending machine 弯管器 | pipe box 绝热管套 | pipe bridge 输送管桥