喷嘴

Aadoted epoch-making telescopic nozzle technique of Hirano of Japan,which allows full,wasteless utilization of the hot air jet out of the floating nozzle to the width of process.

采用了日本平野公司的具有划时代意义的伸缩喷嘴技术，从而保证了织物加工过程中喷嘴喷出的热空气得到最大限度的利用而无浪费。

Based on the CFD software FLUENT as well as experiments, the aerator internal fluidic field was computed and aspirating was analyzed. Conditions and status on inner aspirating were investigated in terms of pressure distribution, flowing velocity and volume fraction of air and water.

利用流体分析软件，结合试验现象，对内吸气部位的流场进行了CFD三维仿真及分析，从压力分布、流体流速与流动方向两方面，计算分析喷嘴及内吸气管内部的液、气两相流体运动规律，以判断喷嘴内能够形成吸气的条件及吸气状况。

The experimental data has proved that the atomizing characteristics of the JSnozzles has been approaching the nozzles from abroad.

实验证明，国产的 JS 型喷嘴的雾化特性已接近和达到了国外同类喷嘴的水平。

Based on the structural design of the centrifugal nozzle, the article gave an experimental study on the atomizing property of particulate size distribution for this kind of nozzle.

在离心式喷嘴结构设计的基础上，对喷嘴粒子尺寸分布的雾化性能进行了试验研究。

Air ring styles Center-jet style air rings have gaging nozzles in the center of the body; shoulder type have the nozzles near the edge.

环型中心射流式空气环在机身的中心喷嘴测量气压；肩式气压计边缘有喷嘴。

In order to compare the new gasifier and the multi-nozzle opposition gasifier,the numerical simulation method at hot state was applied to study the gasifying process both of the new gasifier and the multi-nozzle opposition gasifier.

为了考察新型水煤浆气化炉与多喷嘴对置式水煤浆气化炉的对比，应用数值模拟的方法，对该新型水煤浆气化炉与多喷嘴对置式水煤浆气化炉的气化进行了热态数值模拟研究。

However, if the nozzle design is being studied, check the Boost Velocities and Nozzle Design box.

不过，如果喷嘴的设计目前正在研究，检查推动速度和喷嘴的设计中。

The cold-flow field in the gasifier chamber is studied.

本文对水煤浆气化炉喷嘴进行了简化处理，在此基础上，对气化室内的冷态流动过程进行了研究，发现：整个气化室都处于流动的回流区长度范围以内；水煤浆气化炉中，由于操作压力很高，气相密度很大，所以即使对于d〓=150μm的较大煤颗粒，其对流体的跟随特性也很好，没有发生流动特性突跃的现象；两相的最大回流速度、回流强度，颗粒相的浓度分布，以及气化室内的静压力损失等，均与气化炉的负荷、水煤浆浓度、煤粒直径、O〓在喷嘴两个流道中的分配比例。

Nozzle due to improper installation, such as threaded is not on tight, equipment, improper adjustment of the gear required to water-cooled cutting torch at work, did not seek pass into the flow of cooling water, and frequent arcing, will cause premature damage to the nozzle.

因喷嘴安装不当，如丝扣未上紧，设备各挡位调整不当，需用水冷却的割炬在工作时，未按要求通入流动的冷却水以及频繁起弧，都会造成喷嘴过早损坏。

The erosion wears mechanism and the effects of different abrasives on the wear of ceramic nozzle s are investigated.

研究了陶瓷喷嘴材料的冲蚀磨损机理以及不同冲蚀磨料对陶瓷喷嘴冲蚀磨损的影响。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。