A NEW SPECIES OF FILCHNERELLA KARNY ( Orthoptera: Acridoidea )

A STUDY OF TETRIGOIDEA FROM XISHUANGBANNA ( ORTHOPTERA )

西双版纳地区蚱总科的研究 ( 直翅目 )

Orthoptera Pamphagidae Pamphaginae new genus new species China.

直翅目癞蝗科癞蝗亚科新属新种中国.

A NEW SPECIES OF ACRIDIDAE FROM QINGHAI ( ORTHOPTERA: ACRIDIDAE )

青海省蝗虫一新种 ( 直翅目: 蝗科 )

A NEW GENUS AND SPECIES OF TETRIGIDAE FROM YUNNAN ( ORTHOPTERA )

云南省蚱科一新属新种 ( 直翅目:蚱科 )

A NEW SPECIES OF CATANTOPIDAE FROM CHINA ( Orthoptera: Acridoidea )

中国斑腿蝗科一新种记述 ( 直翅目: 蝗总科 )

China Gryllotalpa Gryllotalpidae new species Orthoptera.

中国蝼蛄属蝼蛄科新种直翅目.

A NEW SPECIES OF TETRIGOIDEA FROM ANHUI, CHINA ( ORTHOPTERA )

安徽蚱总科一新种记述 ( 直翅目 )

A new species of Teredorus Hancock from Guangdong Province of China ( Orthoptera: Tetrigidae )

广东省尖顶蚱属一新种 ( 直翅目: 蚱科 )

The surface layer obtained was composed of the bcc nitride of tantalum instead of orthorhombic oxide.

膜层物相由钽的氧化物变为氮化物.

Results show that: wax crystals separated from oil are orthorhombic crystals; their interplanar spacing is 0.

取得以下主要结论: 从原油中分离出的蜡晶为正交晶型的晶体, 晶面距为0.

So the current countermeasures against orthostatic intolerance are aimed to control the changes of blood volume.

现有对抗航天后立位耐力降低的措施均与血容量有关.

Objective To observe the therapeutic efficacy of nursing intervension in treatment of orthostatic hypotension.

目的观察有针对性的护理措施对直立性低血压的疗效.

Objective To study nursing methods of preventing patients using hytrin from orthostatic hypotension.

目的总结预防高特灵致体位性低血压的护理要点.

Conclusion Special nursing intervension can enhance the therapeutic efficacy in treating orthostatic hypotension.

结论针对性的护理干预可提高治疗直立性低血压的疗效.

Orthostatic hypotension ( OH ) is a fall blood pressure after an upright position.

体位性低血压是指在直立体位下的血压的下降.

AIM : To evaluate the efficacy and safety of midodrine for orthostatic hypotension.

目的: 研究米多君对直立性低血压的有效性及安全性.

The buckling behaviour of orthotropic fiber-reinforced composite laminates is analyzed by the boundary element method.

本文用边界元法分析了纤维增强复合材料正交各向异性层合板的屈曲性态.

The Fracture problems of orthotropic plates were studied by using the boundary element subfield method.

本文提出边界元分域法研究正交各向异性板的断裂问题.

Then it compared the stress distribution and strain distribution of blades which is orthotropic material.

并比较了各向异性材料叶片的模态应力和模态应变的分布状态.

For deceasing load and increasing the span, the orthotropic steel deck is generally applied steel bridge.

为了减小桥梁自重和增大跨径, 大多数钢桥的桥面板一般采用正交异性钢桥面板.