spar的例句大全

At present, the main platforms that can be used for deepwater oil and gas exploitation are FPSO ( Floating Production Storage and Offloading system), Semi-submersible, Spar Platform and Tension Leg Platform ( TLP).

目前，适用于深海油气开采的平台类型主要有：FPSO、半潜式平台、立柱式平台和张力腿平台。

New development of processing technique of Iceland Spar

冰洲石晶体加工技术的新发展

This Paper Presents the teChnique of iceland spar Polishing and the measured results

本文介绍了冰洲石晶体的抛光技术及其测试结果

Technology of iceland spar polarized light prism manufacture and its performance test

冰洲石偏振光棱镜的性能测试及制造工艺

Influence of Tight Fit between Aluminum Alloy Wing Spar Joint and Steel Lining on Airframe Life

飞机铝梁接头耳片与钢衬套过盈配合对飞机寿命的影响

Osmosis phenomenon and jumping phenomenon of the Spar platform can be seen under the condition of internal resonance.

分析了内共振情况下，Spar平台运动特性有渗透和跳跃现象发生。

Study on Life Distribution of Wing Spar in Type xxx

xxx机翼主梁的寿命分布研究

Experimental Study on the Fading of Iceland Spar and Its Mineralogical Characteristics

冰洲石的矿物学特征及其褪色实验研究

Geological feature and cleaning of commercial ore of Iceland spar deposits in Sichuan

四川冰洲石地质特征及其商品矿的精选开发

An industrial television camera system is used to monitor and record the cutting process of iceland spar.

利用工业电视摄像系统对冰洲石的切削过程进行观察和记录。

A set of formulas are deduced form the geometrical relationship of iceland spar.

从研究冰洲石材料的几何关系出发推导了一套公式。

Geochemical study of iceland spar deposits in southwest guizhou

黔西南冰洲石矿床地球化学研究

Iceland spar is a form of calcite that splits light into two beams.

冰岛晶石是方解石的一种，它可以把光线劈分成两束。

The basic characteristic of120 ℃ thermoluminescence peak of iceland spar was studied.

对冰洲石120℃热释光峰的基本特性进行初步研究。

Application of Iceland Spar Polarizing Prism in Spectrophotometric Measurement

冰洲石偏光棱镜在分光光度测量中的应用

A Preliminary Study on the Genesis of Iceland Spar of Mashan, Guizhou Province

贵州麻山冰洲石矿床成因的初步研究

Characteristic of 120 ℃ Thermoluminescence Peak of Iceland Spar

冰洲石120℃热释光峰特性

Geological characteristics of an Iceland spar vein deposit in diorites in a certain area at the Western foot of the Taihang Mountains

太行山西麓某地闪长岩中脉状冰洲石矿床地质特征的初步研究

The experimental result indicates the longevity of 120 ℃ thermoluminescence peak of iceland spar is about 2 h under 30 ℃.

实验结果表明，在30℃下，冰洲石120℃热释光峰的寿命约为2h。

The intensity of 120 ℃ thermoluminescence peak of iceland spar is directly proportional to radiation dose under ( 15 Gy).

在15Gy的辐射剂量范围内，冰洲石120℃热释光峰的强度与辐射剂量呈正比。