The main products: light incubator, artificial climate me, me constant temperature and humidity, chemical and biological incubator, low-temperature chemical and biological incubator, the temperature oscillations incubator, Geshui-incubator, electric heated incubator, low-temperature cooling circulation pump, air temperature Oscillator, frozen thermostat oscillator, the oscillator temperature water bath, to purify table, bath pot, the oil bath pot, blender, energy-saving equipment controllers, room temperature controller, energy-saving automated greenhouses controller, the electrical energy control equipment, energy-saving lights Control equipment.
光照培养箱、人工气候箱、恒温恒湿箱、生化培养箱、低温生化培养箱、恒温振荡培养箱、隔水式培养箱、电热恒温培养箱、低温冷却循环泵、空气恒温振荡器、冷冻恒温振荡器、水浴恒温振荡器、净化工作台、水浴锅、油浴锅、搅拌器、节能设备控制器、恒温室控制器、大棚自动化节能控制器、电机节能控制设备、路灯节能控制设备等。
At present, I produced the main products are: HJ series of chemical process pumps, AF series Naifushibeng, FY series of fluid under the pump, FJX series of forced circulation pump, LJYA series of AP material pump, high temperature concentrated sulphuric acid pumps, pump dilute sulfuric acid, ZM series of centrifugal slurry pump, FCZ, FZA Petrochemical centrifugal pump series, BH-melting urea pump, FCDL long axis of the pump, FLX, LYJA horizontal legislation expected Pump, F-TL, F-TLL-desulfurization pump, ZM series slurry pump, GY series of high-temperature molten salt pump, ISR heat pumps, SPP chemical Francis pump, LHY liquid sulfur pump, D, DF-type multi-stage centrifugal pumps, IHF, FSB fluoride plastic pump, WFB, ZXB Series Self-suction pumps and various types of valves, such as stainless steel.
目前我公司生产的主要产品有：HJ系列化工流程泵、AF系列耐腐蚀泵、FY系列液下泵，FJX系列强制循环泵、LJYA系列磷铵料浆泵、高温浓硫酸泵、稀硫酸泵、ZM系列离心式渣浆泵、FCZ、FZA 系列石油化工离心泵，BH 型熔融尿素泵，FCDL 长轴液下泵，FLX、LYJA 立卧式料浆泵，F-TL、F-TLL 型脱硫泵、ZM 系列渣浆泵，GY 系列高温熔盐泵，ISR热水泵，SPP 化工混流泵，LHY 液硫泵，D、DF 型多级离心泵，IHF、FSB 氟塑料泵、WFB、ZXB 系列自吸泵及各种型号的不锈钢阀门等。
The models include the point kinetic model; the steam generator model in two-phase flow theory dealt with drift-flow model; the more perfect nonequalibrium three regions pressurizer model; the advanced main pump model with four-quadrant representation; the passive emergency core decay heat-removed system model of steam generator secondary with drift-flow model; the reactor power control model with the consideration of forced circulation, natural circulation and the transient from forced to natural; the SG pressure and water level control model developed in the way of distributed parameter model of SG thermal-hydraulic behaviors both for steady-state and for transient; the pressure and water level control model of pressurizer; the more perfect model in consideration of the inclining and heaving effects in acceleration in the d〓on of gravity for MNRS and one-dimentional core heat transfer model, etc..
这些模型包括：点堆中子动力学模型；采用漂移流模型处理两相流区域的蒸汽发生器模型；进一步完善的三区不平衡稳压器模型；完善的主泵四象限特性模型；具有漂移流模型的一维两相流蒸汽发生器二次侧的非能动堆芯余热排出系统模型；考虑了强迫循环，强迫循环与自然循环过渡工况及自然循环等运行工况的反应堆功率控制与调节模型；蒸汽发生器的压力控制与采用正常运行及事故工况下蒸汽发生器热工水力特性分布参数模型的水位调节模型；稳压器的压力、水位控制与调节模型；较完善的考虑船舶海洋条件引起的核动力系统倾斜、摇摆、加速沉浮模型和一维的构件热传导模型等。
As for the main pump flywheel, it still needs to provide coolant forced circulation under the power-off accident to avoid reactor core damage.
对于主泵飞轮，要求能够在反应堆断电事故下提供一定时间的冷却剂强迫循环，从而避免堆芯损坏。
This paper discussed some methods of coolant flow governing, and indicated that the optimum way was using the variable voltage and variable frequency instrument on the main circulation pump.
本文对冷却剂流量调节的几种方案进行分析和比较，指出最为理想的调节方式是采用主泵变频调速。
The article introduces working principle, construction characters, main technology parameters of a new style hydraulic prop_internal circulation external applied force, and makes design parameters to manual loading pump.
介绍了新型内循环外加载单体液压支柱的工作原理、结构特点及主要技术参数，并对手动加载泵进行了参数设计。
The main factors that influence the performance of evaporators are the high energy consumption in the forced circulation pump and the cyclic stop ofequipment operation to remove the salt fouling. The self cleaning evaporator with natural circulation can solve such problems satisfactorily.
以高效蒸发器为目标，旨在以自然循环替代高能耗的强制循环泵、以自动清洗取代加热面盐垢的周期性停车清洗。
The main contents of our physiology course are: basic function of the cell, material transport across the cell membrane, bioelectrical phenomenon and excitability, cell-to-cell communication and signal transduction across membrane, the function of the muscle cell contraction, hemopoiesis, the physiology of erythrocyte, the physiology of platelet, physiological hemostasis, electrical activity of heart, cardiac pump function, vascular physiology, regulation of cardiovascular activity, organ circulation, pulmonary venti1ation, gas exchange in lungs and tissues, transport of oxygen and carbon dioxide in the blood, regulation of basic rhythmic respiration, d igestion and absorption, urine formation and excretion, the general properties of receptor, visual sense organ, a uditory sense organs, vestibular organs, the signal transmission between neurons, the sensory function of nervous system, the regulation of locomotion by nervous system, regulation of visceral activity by nervous system, higher function of brain, the endocrine system and r eproduction.
生理学课程讲授的主要内容细胞的基本功能，血细胞的生成、红细胞生理、血小板生理、生理性止血，细胞膜的物质转运功能、生物电现象和兴奋性、细胞间的信息传递和跨膜信号转导、肌细胞的收缩功能，心肌的电活动、心脏的泵学功能、血管生理、心血管活动的调节、器官循，肺通气、肺内气体交换和组织内气体交换、气体在血液中的运输、节律性呼吸的调控，胃内消化、小肠内消化、大肠内消化、吸收，尿的生成过程、尿液的浓缩与稀释、肾脏泌尿功能的调节、清除率，感受器的一般生理特征、视觉器官、听觉器官、前庭器官，神经元间的信息传递、神经系统的感觉机能、神经系统对躯体运动和内脏活动的的调节、脑的高级功能，下丘脑和垂体的内分泌功能、甲状腺和甲状旁腺的内分泌功能、胰腺的内分泌功能、肾上腺的内分泌功能、女性生殖与妊娠等。