现在9方罐体车型的销量比较好。
化工管道、罐体、仪表管线的伴热保温。
罐体采用腰鼓型、橄榄型或圆柱型结构。
Tank body adopts waist drum shape, olive shape or column shape.
目前混凝土搅拌车罐体的主流容积是12方。
Currently the mainstream mixer concrete tank capacity is 12 square.
不要将罐体倒置使用。
混凝土搅拌车主要看罐体容积和底盘的稳定性。
Concrete mixer mainly depends on the stability of the tank capacity and chassis.
该产品用于管道、吊架、阀门、罐体和工艺设备。
These are used on pipes, fittings, valves, tanks and process equipment.
罐体结构：主体材质为全不锈钢，罐内无死角；
Tank structure: Main material as a whole stainless steel, with no dead angle.
罐体根据不同产物需求，可设计不同高径比的罐体。
Tank requirements for different products can be designed with different aspect ratio of the tank.
你将需要考虑的大小罐体你想要做的，和空间，你可用它。
You will need to consider the size of tank you want, and the space you have available for it.
概述：本设备主要由罐体、喷淋管、气动出渣门等部件组成。
Summarize: This equipment mainly is consist of tank, spraying pipe, air operated drawen etc.
计算结果表明：罐体结构满足强度要求，且主体设计比较合理。
Calculation result shows that tank structure meets the strength requirement, and the design of main body is reasonable.
由于浮顶罐基础不均匀下沉，致使罐体倾斜，并导致油品泄漏。
The storage tank was tilted and oil product was leaked due to asymmetry submergence of the foundation of floating roof tank.
本文论述了10吨液化石油气运输车罐体制造的工艺及技术要求。
This paper discusses the technique of Manufacturing and verification of 10t liquefied gas carrier.
本文试图用水下爆炸原理说明水压爆破拆除钢筋混凝土罐体的机理。
The mechanism of demolition of the reinforced concrete tank by hydraulic blasting is explained by the theory of underwater explosion.
环境气候实验室罐体筒壁施工采用翻模施工技术和无脚手架施工技术。
The tank tube wall construction of climate laboratory is adopted with the somersaulting formwork technology and the no scaffold technology.
实践表明，焊接夹杂和气孔是引起罐体焊缝裂纹或导致爆炸的主要原因。
It was showed in practice that the welding inclusions and blowholes were the main causes leading to the explosion of the tanks or the cracking of the welding seams.
当地大学生理学系的水下称量桶是另一种方法(有些体育馆偶尔也会提供便携式罐体)。
An underwater weighing tank in the exercise physiology department at a local university is another option (some gyms occasionally offer measurements taken in portable tanks).
对于大容积的罐体施工，采用风力顶升法，具有简单、易操作和较好经济性。
As for tank shell construction of large capacity, wind power lift-up method is adopted for its simpleness, maneuverability and economy.
根据管道或容器罐体总散热量和选定的电热带米功率，计算所需电热带总长度。
Calculate the total length of electric heating cables needed according to total heat loss of pipes or tanks and the chosen power per meter.
罐体上设有米洛板或迷宫式夹套，可通过加热或冷却介质来进行循环加热和冷却。
On the tank tody install Milo board or labyrinth type clamp cover, which can contain heating or cooling medium to heat or cool cyclically.
把传热的基本原理用于油田的管道、罐体等保温工程，将从根本上促进节能工作。
Applying the basic heat transmission principles to the thermal insulation of pipelines, tanks in oil field will promote the energy-saving work substancially.
通过理论分析或实际测试验证，在氢气压力容器的罐体外部可以进行动火打磨工作。
Through exoterica analyse or test validate in practice, worker can use fire to polish outside hydrogen pressure vessel.
在所述罐体末端(21)和闭式套筒的末端(22)之间，设有可调支座(23)。
Between the canister end (21) and an end (22) of the closed sleeve, an adjustable abutment (23) is provided.
此外本文对实际罐体模型进行液体横向晃动试验，并与有限元计算结果进行对比分析。
Additionally, the test of dynamic characteristics of liquid sloshing in a level column tank is carried out, the results of which are compared with the ones of finite element numerical analysis.
本文讨论如何选择罐体尺寸，以期充分利用底盘承载能力，提高液罐车的额定载液量。
The treatise is about how to Choose the tank dimensions in order to make full use of the load-bearing capacity of the chassis and to improve the rated loading capacity of a tank truck.
本文对天津大港某油站四具油罐地基发生不均匀沉降，导致罐体倾斜的原因进行了分析。
This paper makes an analysis on the cause of non-uniform settlements of four oil tank foundations leading to tank tilting at Dagang oil station.
本文介绍了大吨位沥青运输保温罐车的结构型式、主要参数及罐体的保温层设计与试验。
This paper presents the structure and main design parameters of thermal insulation heavy duty tanker for bitumen transport, as well as the design and test of thermal insulation layer of the tank.
从罐体结构设计、主要元器件的设计和选用、密封保护系统的配置等方面进行了较详细阐述。
Description is made in detail from the aspects of tank shell construction design, design and selection for main parts and configuration of seal protection system etc.
从罐体结构设计、主要元器件的设计和选用、密封保护系统的配置等方面进行了较详细阐述。
Description is made in detail from the aspects of tank shell construction design, design and selection for main parts and configuration of seal protection system etc.
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