1) test field
实验场
2) field experiment
现场实验
1.
The field experiment on traffic pollution near open road is conducted.
通过进行城市开阔道路的现场实验 ,在道路断面监测 CO、NO、NO2 、O3的浓度 ,同时进行交通参数、现场地形、气象参数的观测。
2.
This paper tests the influence of product-harm crisis and its response process on consumer consideration set using data from two field experiments of typical convenience goods and shopping goods carried out in Shanghai.
产品伤害危机会对消费者购买决策产生影响,本研究通过两次现场实验获得在产品伤害危机过程中消费者对代表性便利品(牙膏)和选购品(手机)的考虑集数据,检验了危机及其响应方式对消费者考虑集变动的影响。
3) field test
现场实验
1.
And the compound polymer fluid system field test and effect acquired during construction are also introduced.
介绍了复配聚合物泥浆的组成和作用机理及复配聚合物泥浆体系的现场实验情况,此方法在实际应用中取得了较好的效果。
2.
The field tests in six wells show that this system can effectively solve the unstable well bore during drilling recent brittle shale oration in Jiangsu and has achieved remarkable economic benefits.
6口井的现场实验表明 ,该钻井液体系有效地解决了江苏新生代脆性泥页岩破碎地层的井壁失稳问题 ,取得了显著的经济效益。
3.
The result of the field test shows that this test is successful in technology,the oil production of the well is 4 times as much as that of it before the test;the deformation of casing is local, and the result of the strength calculation shows that the deformation will not destroy casing.
为了研究“压胀松动”增产技术的增产效果和对套管的影响，在延长石油管理局子长油矿对４２４２ 井进行了现场实验。
4) in situ experiment
现场实验
1.
In situ experimental study on rat injuries induced by liquid push substance;
液体推进剂对大鼠机体影响的现场实验研究
2.
In this article,the study of mining method and relevant in situ experiment including experimental contents,object,steps etc are introduced briefly for the purpose of promoting the study of mining method of rock gold mine,of which the mining conditions are comparatively complicated.
本文从采矿方法研究及与此相关的现场实验内容、实验目的、实验步骤作简略介绍，并附有实例，其目的是促使比较复杂开采技术条件的岩金矿山采矿方法研究达到更高的技术水平。
5) open field test
旷场实验
6) shimming experiment
匀场实验
补充资料：盐原实验场
日本最大的高电压实验基地，属日本电力中央研究所。位于盐谷郡盐原町,1961年4月建。实验场海拔高度470米,具有典型的日本靠太平洋沿岸的气候条件。其主要设备为10000kV冲击电压发生器(见图)，其能量为750kJ,能产生标准雷电波及2500kV的操作冲击波,可进行6米左右的绝缘子串及空气间隙的绝缘强度试验；其充电电容器的额定电压为100kV，容量为1.5μF,共使用100个电容器，总重量46吨，是世界上最大的冲击电压发生器。其他设备有直流±500kV、1A(连续)的直流高压发生器,3台350kV单相变压器串级联接组成的高压交流电压发生器等。研究内容包括超高压直流输电和交流输电，涉及绝缘子及其积雪时的特性、空气间隙在操作冲击、雷电冲击下的特性等超高压输电的各种有关问题。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条