加热的

The method comprises steps as follows:(1) Chinese herbal medicines are taken and added with purified water for soaking, with the material-to-water ratio of 1:10;(2) the Chinese herbal medicines with the purified water are placed in a microwave heating system; the power of the microwave and the radiation extraction time are controlled;(3) leaching liquor is poured out and put into a centrifuge for centrifugation to obtain the Chinese herbal medicine water extract;(4) polyethersulfone ultrafiltration film is arranged in an ultrafilter; the Chinese herbal medicine water extract is poured into the ultrafilter and placed in a normal pressure type microwave heating system; and (5) the power of the microwave and the radiation extraction time are controlled and the pressure of nitrogen is regulated so as to obtain the purified Chinese herbal medicine water extract.

本发明公开了一种利用微波辐射改善中草药水提液膜超滤过程的方法，该方法由以下步骤完成：(1)取中草药材以1∶10的料液比加入纯净水，浸泡；(2)置于微波加热系统，控制微波功率和辐射提取时间；(3)倾出浸提液；然后用离心机离心得中草药水提液；(4)超滤器内置有聚醚砜超滤膜，将中草药水提液倒入超滤器并置于常压式微波加热系统；(5)控制微波功率和辐射提取时间，调节氮气压力，得到纯化的中草药水提液。

At the same time, the redesign of the electrical distribution boards of control circuit, from the original 1000mm×250mm×400mm shrunk to standard distribution box 300mm×170mm×400mm, leaving out the original oven of eight ultrared quartz tube, only install polymer-coated workroll a 2kW infrared quartz tube and introduce a number of direct-gasserian temperature controller, the operation is easy, intuitive stand out.

同时，重新设计电气控制回路，配电箱由原来的1000mm×250mm×400mm缩小为标准配电箱的300mm×170mm×400mm，省去了原烘箱体中的8根红外线石英加热管，只在覆膜工作辊中安装了一根2kW红外线石英加热管，并采用数字直读式温度控制仪控温，操作容易，直观醒目。

At this point, rather than follow tradition and wait for your tortoise to emerge from its hibernating box itself, you should remove the hibernating box from its winter quarters and warm it up by placing it near a heater, and allow it to warm gradually.

这里要强调的是，不要按照传统等龟龟自己从冬眠箱中爬出来，你需要把冬眠的龟龟的冬眠箱从冬眠环境中转移到一个加热器附近，让它逐渐加热。

Particle heating in plasma jets was studied by computation, and some applicational studies of AlN have been made.

用数值计算方法模拟了颗粒在等离子体中的加热，并且对铝粉在等离子体中的加热和氮化铝的一些应用特性进行了实验研究。

The sewage flows from pool to plant, passing through retention reservoir to adjust PH value, into removing ammonia with temperature increasing to 20℃,into UASB reactor with temperature increasingto 35℃ to remove off COD and ammonia under the function of anaerobia, then into SBR reactor to remove BOD under the function of aerobia. When the biochemical disposal is completed, the processed sewage will come into the UF system to remove adsorbed solid, organic matter, bacteria, and pathogens in waterand finally come into the RO system to remove off dissolvable salinity, colloid, organic matter, and microbe in water.

垃圾渗滤液经储存池进入污水处理厂，经调节池调整PH值，经1#加热器升温到20℃进入氨吹脱塔脱氨氮，再经2#加热器升温到35℃进人UASB生物反应器，在厌氧菌的作用下降解COD和脱氮，再进入SBR生物反应器，在好氧菌的作用下降解BOD，完成生化前处理后转入UF超滤中空纤维膜系统进行分离处理吸附固体、有机物、细菌、病原体等；最后经高压泵送入进口的RO返渗透中空纤维膜系统中，进行分离处理可溶解盐分、胶体、有机物、微生物等。

On the basis of this, the role of condensational latent heat release is studied emphatically and a conceptual model of mutual positive feedback mechanism between the growing of meso-α-scale cyclone on MeiYu front and its accompanying intensifying precipitation due to stable condensational heating is posed, i. e. condensational heating generates negative allobar, divergent wind kinetic energy promotes meso-α-scale cyclone growing, and simultaneously, updraft motion is also reinforced, precipitation continues intensifying.

并在此基础上着重对凝结潜热释放的作用进行了研究，提出了一种由稳定性凝结加热作用而导致的梅雨锋上α中尺度气旋发展与降水增强之间相互正反馈机制的概念模型即凝结加热可以产生负变压，变压风动能通过转变为旋转风动能促进中气旋发展，同时上升运动得到增强，降水增幅。

In connection with engineering work in the design and choice of matching equipment stage of Zhou County Power Plant s 2×1 000 MW ultra-supercritical sets,the advantages and disadvantages of singly and dually arrayed H.

结合华电国际邹县发电厂2×1 000 MW超超临界机组在设计及设备选型阶段的工程实践，对选用双列高压加热器布置方案或单列高压加热器布置方案的利弊进行了详细的论述，最终经比较选择了双列布置方案。

The company performs the professional design according to the investment scale and the production features, uses the international advanced falling film heating vaporation technology, the rectification process is characterized by high heating rate and low energy consumption, the liquid in the caldron is in the motion state all the time, which solves the technical problems of the traditional fractionation equipment such as long time stationary material liquid in the caldron, locally heated media, deterioration or polymerization, more bottom settlings and unpleasant burned taste caused by overtemperature.

公司根据企业的投资规模和生产特点进行专业设计，运用了国际上先进的降膜加热蒸发技术，分馏过程加热速度快、能耗低、釜液始终处于运动状态，解决了传统分馏设备存在的原料液在塔釜内长时间静止、介质局部受热、温度过高、导致产品变质或聚合、脚子多、产品带有不愉快焦味等技术难题。此外，采用了真空状态下连续出料技术，解决了分馏过程中系统放料操作通入空气，导致系统真空不稳定及带来热敏性介质氧化聚合问题。

Heating the strip in the furnace via great temperature drop in order to reduce the heat time, to decrease the oxid created on the strip face, to unify the heating and the character of the strip and to increase the efficiency of the furnace and low the consumption of energy.

为了提高连续退火炉的生产效率和节能效果，采用较大的温度落差进行加热，以大大地缩短加热时间，减少带钢氧化，使带钢表面受热均匀一致，以保证带钢组织与性能的均匀一致。

It also have higher concentration ratio, besides, its application scope is very wide. With this kind of evaporating unit, solution with high viscosity can't be coked due to flowing evaporation. However, it is very difficult for most companies to accept it due to its very high price.

国际上处于领先的厂家有美国底特公司和丹麦的尼罗公司。2 装置介绍三效降膜真空蒸发器是由各效加热室和汽液分离器组成，加热室中有许多垂直沸腾管束，管长一般为直径的 1 0 0～ 2 0 0倍。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。