Vetiveria [,vetə'viriə]

Vetiveria的基本解释

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岩兰草属, 香根草属

与Vetiveria相关的网络例句 [注：此内容来源于网络，仅供参考]

This experiment used gramineous C_(4) plant vetiver,Vetiveria zizanioides as material to study the changes of photosynthetic characters and physiological indices under constant heat and drought stress.

研究了持续高温干旱胁迫条件下禾本科C4植物香根草的光合特性和几种生理指标的变化。

Removal efficiency of nitrogen, phosphorus and N2O emission from domestic sewage in floating-bed system with Lolium mutliflorum, Oenanthe javanica and Vetiveria Zizanioides were investigated in greenhouse.

在温室内采用浮床无土栽培技术，研究了黑麦草、水芹和香根草3种植物对生活污水中N、P的去除效果及净化过程中N2O的排放特征。

With retention time prolonged, the concentrations of TN, NH4(superscript +)-N and TP of domestic sewage were obviously reduced in all floating-bed systems, however the NO4(superscript +)-N concentrations were gradualjy accumulated due to the stronger nitrification than denitrification. The plants in floating-bed system increased significantly the N2O flux, which was 174.44μg/(m^2h), 82.19μg/(m^2h), 112. 49μg/(m^2h) and 44.81μg/(m^2h), respectively, for the Lolium mutliflorum, Oenanthe javanica, Vetiveria Zizanioides arid none-plant floating-bed systems.

净化周期内，浮床各系统的TN、NH4-N和TP浓度随着污水停留时间的延长直线下降，而NO3-N浓度却因系统内硝化强度大于反硝化强度而产生了累积；植物的存在明显的促进了浮床系统的N2O排放，浮床黑麦草、水芹、香根草和对照系统N2O的平均排放通量分别为174.44μg/， 82.19μg/， 112.49μg/和44.81μg。

Vetiveria zizanioides grow in ringent hinge jointed concrete extending system, and its roots are interlaced and make foundation soil into compound materials of soil and roots, but grass roots are considered as three-dimensional reinforced materials which increase soil strength and the stability of bank protection.

通过在开孔的铰链式混凝土块铺面系统中种植香根草，其根系在基土中盘根错节，使基础土体成为土与草根的复合材料，草根可视为三维加筋材料，使土体强度提高；更有利于护岸防冲系统的稳定。

Vetiveria zizanioide is possesses strong depth roots and have better anchoring force and shear resistance; Vetiveria zizanioides is growed in ringent hinged joined concrete extending system,and its roots are interlaced and make foundation soil compound materals of soil and roots,but grass roots are considered three-dimensional reinforced materal and increase soil strength but also make for the stability of bank protection.

香根草具有纵深发达的根系系统，具有较高的锚固力和抗剪力。通过在开孔的铰链式混凝土块铺面系统中种植香根草，其根系在基土中盘根错节，使基础土体成为土与草根的复合材料，草根可视为三维加筋材料，使土体强度提高；更有利于护岸防冲系统的稳定。关键词：香根草，铰链式混凝土块，防冲护岸系统

与Vetiveria相关的网络解释 [注：此内容来源于网络，仅供参考]

Vetiveria：岩兰草属 香根草属

in deep waters 陷入困境 | Vetiveria 岩兰草属 香根草属 | hypomotility [医](胃,肠等的)运动不足, 动力减退

Vetiveria：培地茅屬

1. Triticum aestivum 小麥 | 114. VETIVERIA 培地茅屬 | 1. Vetiveria zizanioides 培地茅

Vetiveria Bory：香根草属

20.高梁属 Sorghum Moench | 21.香根草属 Vetiveria Bory | 22.金须茅属 Chrysopogon Trin.

Vetiveria zizanioiaes：物种名称:香根草 拉丁文名

087物种名称:互花米草 拉丁文名: Spartina alterniflora | 088物种名称:红毛草 拉丁文名: Rhynchelytrum repens | 089物种名称:香根草 拉丁文名: Vetiveria zizanioiaes

Vetiveria zizanioides：香根草

香根草(Vetiveria zizanioides)这一神奇禾草因其纵深发达的根系、致密坚硬的茎杆以及强大的抗逆性而使它成为水土保持与环境治理植物中的佼佼者.目前被全世界100多个国家和地区引种、研究和推广应用.香根草生态工程是香根草与其他的植物合理配置用于上述目的的一种生态工程措施.实践证明,