- 更多网络例句与喷雾相关的网络例句 [注：此内容来源于网络，仅供参考]
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Based on the variable separation method, the governing equations for the film thickness problem have been solved. A reasonable consistent condition of the momentum equations has been found and solved. Based on the methods ofmathematical physics, series expansion solution of the velocity filed in the film has been derived. A boundary condition at the boundary of the spray area was given and the velocity slip phenomenon has been considered.
基于电子器件喷雾冷却技术的研究现状和研究热点，本文对喷雾在热源表面形成的冲击液膜流动及厚度模型、基于CHF(Critical Heat Flux，临界热流密度)准则的倾斜喷射喷嘴轨迹、喷嘴距热源换热最优时的高度、倾斜喷射实验以及针对动态喷射的电磁驱动器件的吸合问题等方面进行了研究：针对圆锥形轴对称喷雾冷却系统，在对喷雾区域进行划分的基础上，引入滑流边界条件，在提出圆锥状喷雾假设的基础上，建立了喷雾区域雾滴密度连续介质等效模型。
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Working principle is the power that uses water pump to serve as loop and sparge, the one side in gush room or 3 form Shui Lian, sparge is formed inside gush fog chamber, the Qi Wu of the generation when spray paint or burnish or dir
工作元理是使用水泵作为循环与喷雾的前进力，在喷房的一边或者三面产生水濂，在喷雾房内产生喷雾，喷涂或者磨擦时型成的漆雾或者尘士，在强效抽风作用以及影晌下经过水濂时随水势到水池内，剩余的通过喷雾室重新冲冼由排风机抽走，进而使排到室外的空气air达到和实现最好的诘白作用，满意环境保护请求。
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In the experiment, the TiO2 nanoporous films were made dy using multiple sprinkling technique in the home-made sprinkling box instead of the doctor blade method. The multiple sprinkling technique can quickly produce the TiO2 film and easily control its thickness, i.e. transmittance. The multiple sprinkling technique made TiO2 films receive the result that the higher heating temperature and the longer heating duration, the better photoelectric conversion efficiency . The experimental data show that the sprinkling technique is better than the doctor blade and the DSSC integrated with the photoelectrode ca.
实验中自行制作喷雾箱，以多次喷雾的方式制作TiO2多孔膜，取代传统的刮刀涂布法，达到快速制作及容易控制膜厚或膜之透光率的目的，当藉由喷雾法所制作的奈米TiO2多孔膜烧结温度越高时，其光电转换效率也越好，烧结时间越长，DSSC光电转换效率越佳，整体之效果，喷雾涂布法有较优於刮刀涂布法的效果。
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TTC has more than 40 state patents including ruby nozzle, anti-leakage and anti-bump nozzle, water processing device, mist formation device, mist and fountain device, mist sculpture and lamp device and temperature and humidity control device, so it can provide perfect, healthy and controllable misting effect for its partners, who have used TTC RubyMist system successfully in Hong Kong Disneyland, Hong Kong Zoological and Botanical Garden, Shanghai Binjiang Park, Beijing Yuandadu Wetland, Hangzhou Dragon Well Garden, Xiamen Tianzhushan Park, Image Liu Sanjie, Image Lijiang, Opening Ceremony of the 10th National Games, Opening Ceremony and Closing ceremony of the 4th East Asia Games, CCTV-1 2006 Spring Festival Party and many teleplays such as "Magic vulture and knightly lovers" produced by Zhang Jizhong.
TTC雾森系统，是目前为止撞击式雾化颗粒最细的雾化系统设备，它以水为原料，达到造景、降温、控湿、除尘的效果和目的，广泛应用于景观造景、舞台造景及空气净化等领域之中。TTC拥有的宝石喷嘴、防滴防撞喷嘴、水处理装置、喷雾造型装置、喷雾喷泉装置、喷雾雕塑灯具装置、温度湿度调节装置等40余项国家专利，为TTC的合作伙伴和客户提供了完美、健康、可控的高品质雾效保障。
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Ttc has more than 40 state patents including ruby nozzle, anti-leakage and anti-bump nozzle, water processing device, mist formation device, mist and fountain device, mist sculpture and lamp device and temperature and humidity control device, so it can provide perfect, healthy and controllable misting effect for its partners, who have used ttc rubymist system successfully in hong kong disneyland, hong kong zoological and botanical garden, shanghai binjiang park, beijing yuandadu wetland, hangzhou dragon well garden, xiamen tianzhushan park, image liu sanjie, image lijiang, opening ceremony of the 10th national games, opening ceremony and closing ceremony of the 4th east asia games, cctv-1 2006 spring festival party and many teleplays such as "magic vulture and knightly lovers" produced by zhang jizhong.ttc人力政策我们期望的ttc
ttc雾森系统，是目前为止撞击式雾化颗粒最细的雾化系统设备，它以水为原料，达到造景、降温、控湿、除尘的效果和目的，广泛应用于景观造景、舞台造景及空气净化等领域之中。ttc拥有的宝石喷嘴、防滴防撞喷嘴、水处理装置、喷雾造型装置、喷雾喷泉装置、喷雾雕塑灯具装置、温度湿度调节装置等40余项国家专利，为ttc的合作伙伴和客户提供了完美、健康、可控的高品质雾效保障。
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The effects of the spray-drying process of the ammonium paratungstate and the carburization temperature on the formation of the precusor and WC powder were investigated.
采用喷雾干燥-固定床法制备碳化钨粉末，研究了喷雾干燥和碳化反应温度对制备偏钨酸铵前驱体以及碳化钨的影响，前驱体粉末呈现均匀的球状形态，平均粒径为10~20μm，喷雾温度对影响粒径大小和分布影响小；400℃的进口温度下进行喷雾干燥，喷雾粉末仍然保持偏钨酸铵原来的基本组成不发生分解。
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Based on the above analysis and systematic design concept, VC++ language was employed to program for the tree image segmentation system and the tree crown recognition system and some still images were processed by the systems.
论文最后对树形识别系统在农药精确对靶喷雾中的应用进行了分析，从理论上研究了树木的类型同精确喷雾之间的关系，结合已识别出的树形及其相关参数，同时输入喷雾的相关参数，最终确定工作喷头的重叠量δ〓，从而作出判断，输出控制信号，决定工作喷头的数量及可变量喷雾技术的应用，以达到精确喷雾的目的。
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Since ventilation and evaporative cooling are the primary means for temperature adjustment in the duck house, a relationship for the traveling distance of water particles under various thermal environment was first established. This allows for the evaluation of efficiency of foggers for evaporative cooling. The relationship was then incorporated into a mathematical model based on the energy and mass conservation principle to simulate the transient change of outdoor temperature and humidity.
由於通风与喷雾降温为调节半开放式鸭舍内温度的主要方法，首先我们推导出雾粒在完全蒸发前移动距离与热环境条件的方程式，以计算於不同热环境条件下，不同大小雾粒的蒸发比率，从而评估喷雾降温的效率；次而利用质能平衡原理建立鸭舍内喷雾降温热环境模式，以计算及预测鸭舍内受外界热环境影响而产生的温湿度变化。
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Therefore, by comparing particle distribution of the spraying under different water pressure, and the nozzle's outlet velocity simulation get by Ansys, which is a software for mechanical simulation, a proposal of the application of 1.5mm nozzle, 8Mpa water pressure on the spot was put forward.
在比较多种光学测粒仪的基础上，选择Winner313系统测量不同孔径喷嘴在不同供水压力下喷雾雾场的粒径分布。通过分析比较喷嘴在不同压力下喷雾雾场的粒径分布和Ansys模拟得到的喷嘴内部及出水口速度场，建议现场应用1.5mm喷嘴、供水压力为8MPa进行喷雾。
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Under spraying humidification state, the parameters of JYPW-1 spraying axial fans for textile enterprises such as flow, total pressure, efficiency, shaft power and acoustic power level changing with water-air ratio were tested, and the performance parameter curve changing with water-air ratio was obtained. The approximate formula of its pneumatic performance in different water-air ratio condition were deduced which can be referenced for of selection and project application.
在喷雾加湿工况下，对纺织空调系统所用的JYPW-1型喷雾轴流通风机的流量、全压、全压效率、轴功率和比A声级噪声等性能参数随喷淋水气比的变化进行了测试，得到了喷雾风机性能参数随水气比变化的曲线，并整理出喷雾风机在不同水气比时，其气动性能的近似计算公式，可供喷雾风机选型和工程应用时参考。
- 更多网络解释与喷雾相关的网络解释 [注：此内容来源于网络，仅供参考]
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jet carburetor：喷雾汽化器喷雾式汽化器
jet blower 喷射式通风机 | jet carburetor 喷雾汽化器喷雾式汽化器 | jet cleaning 喷射清洗
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atomizing deaerator：喷雾式除气器, 喷雾式脱氧器
vowel harmony 元音和谐(律) | atomizing deaerator 喷雾式除气器, 喷雾式脱氧器 | externally specified index 外部专用索引[号码]
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atomizing deaerator：喷雾式除氧器
atomizing core 雾喷心 | atomizing deaerator 喷雾式除氧器 | atomizing nozzle 喷雾口
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Spray Dryer：有机溶剂喷雾干燥器
喷雾干燥器 Spray Dryer | 有机溶剂喷雾干燥器 Spray Dryer | 生产线喷雾干燥器 Spray Dryer for Product Line
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nebulization：喷雾疗法 喷雾作用
nebulitic 星云状的 | nebulization 喷雾疗法 喷雾作用 | nebulizationefficiency 喷雾效率
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spray-can propellant：喷雾罐中的喷雾剂
spray-can喷雾罐 | spray-can propellant喷雾罐中的喷雾剂 | sprayer-washer喷淋洗涤器
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nebulize：使成雾状/使成喷雾状
nebulization /喷雾疗法/喷雾作用/ | nebulize /使成雾状/使成喷雾状/ | nebulizer /喷洒器/喷雾器/
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Atomizing disc：(喷雾干燥机的)离心喷雾盘
atomizing deaerator || 喷雾式除气器, 喷雾式脱氧器 | atomizing disc || (喷雾干燥机的)离心喷雾盘 | atomizing dryer || 喷雾干燥
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spray carburetor：喷雾汽化器喷雾式汽化器
spout 出铁口 | spray carburetor 喷雾汽化器喷雾式汽化器 | spray cooling 喷雾冷却
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foam spray drying：泡沫喷雾干燥
compact spray dryer密封喷雾干燥器,小型喷雾干燥器 | foam spray drying泡沫喷雾干燥 | mist spray喷雾