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1)  3-D deep seismic sounding
三维深地震测深
2)  deep seismic sounding
深地震测深
1.
According to the results of the deep seismic sounding and surface wave dispersion tomography, a two-dimensional model is used to do the match in the interpretation.
解释时根据深地震测深和面波频散层析成像的结果,用二维模型进行正演拟合。
2.
We give a method for use as the data of deep seismic sounding which identifies and calculates the uncertainty automatically in phase picking.
本文给出了一个主要用于深地震测深数据的震相识别误差(不确定性)的判别和计算方法。
3.
The Benzilan-Tangke deep seismic sounding profile in the western Sichuan region passes through the Songpan-Garze orogenic belt with trend of NNE.
位于川西地区的奔子栏—唐克深地震测深剖面以NNE走向穿越松潘—甘孜造山带 。
3)  seismic sounding
地震测深
1.
A seismic sounding profile crossing the eastern Qinling Mountain was performed in the Western Henan Province, China.
对横穿秦岭东段的人工地震测深剖面进行二维射线追踪处理,得到了该剖面上的二维速度结构图。
2.
The structural analyses of many seismic sounding profiles indicate that there are two fault systems in China continental lithosphere, which are different obviously and correlative closely: one is the shallow fault system composed of ductile-brittle shear zones mainly in surface crust, and the other is deep fault system mainly composed of crust-mantle ductile shear zones, which cuts the Moho.
众多地震测深剖面的地质构造解析显示,大陆岩石圈存在既有显著差异又有密切联系的两套断裂系统,即以地壳表层脆性剪切带为主的浅层断裂系统和以切割莫霍界面的壳幔韧性剪切带为主的深部断裂系统。
3.
A crustal thickness and velocity structure model of continental China has been constructed based on a systematic structural analysis of the seismic sounding profile in continental China and its adjacent regions.
通过中国大陆及邻区地震测深剖面的系统构造解析,建立起中国大陆岩石圈地壳厚度与速度结构模型。
4)  Deep seismic sounding
地震测深
1.
A genetic algorithm of body waveform inversion is presented for better understanding of crustal and upper mantle structures with deep seismic sounding waveform data.
为了更好地利用地震测深波形数据,提出了地震体波波形反演的遗传算法。
2.
D crustal velocity structure and vP/vS are obtained by processing and interpretation of S-wave data from Maqin-Jingbian deep seismic sounding (DSS) profile.
对玛沁—靖边剖面深地震测深S波资料处理解释,获得本区S波二维地壳速度结构和波速比结构。
3.
Observational data from some of the 10-odd deep seismic sounding (DSS) profiles in Bohai Bay and its adjacent areas were processed with the methods of two-dimensional (2-D) ray tracing, travel-time fitting and synthetic seismogram.
利用渤海湾及其邻区的10多条地震测深剖面段观测资料,对部分剖面进行二维射线追踪、走时拟合及合成地震图计算,获得了本区地壳上地幔速度结构。
5)  Spatial deep seismic sounding
空间深地震测深
6)  Deep seismic sounding profile
深地震测深剖面
补充资料:茶树深修剪


茶树深修剪
deep pruning of tea

茶树深修剪(deep pruning of tea plant)茶树修剪方法之一,即剪去树冠上层10~12厘米左右枝叶,使茶树上银树冠复壮的方法。亦称回头剪。成年茶园中,当茶树经多次轻修剪和多年采摘之后、树冠上部分枝愈来愈密,愈来愈细,而且枝条曲抑不光,有许多采摘的结疤,形如鸡爪,俗称鸡爪枝(又称节结枝)’o这种枝条,水分和养分的运送不畅,部分枯死,其余的部分亦因枝梢老化,发出的芽头瘦小,叶张薄,对夹叶增多,致使茶叶的产量和芽叶品质下降,这时就必须采用深修剪,以促使茶树上部分枝的复壮,继而又用轻修剪使茶树持续高产优质,所以深修剪也是延长茶树经济年龄的有效手段。深修剪通常只剪去上部枝梢10一12厘米,具体可视鸡爪枝发生的位置而定.总之,要将鸡爪枝部分全部剪去。深修剪后,因发芽季节大大推迟,又由于树冠高度降低后叶量大大减少,需要用一季留养、末期打头采摘的方法,所以剪后对当季产量影响较大。一般可在茶树体内贮藏物质昨第二高峰期—春茶后进行深修剪。因此就修剪本身的效果来说,仍以春茶前修剪为好(见茶树定型修剪)。茶树深修剪深修剪的树冠形状,依原茶树形状进行。其工具可用重修剪剪刀和深修剪机。 将深修剪用于茶行的两侧,而不用于树冠面的修剪称为边缘修剪。这种修剪是在成年高产茶园中应用的方法,当行与行之间已全被树冠谈盖,茶园中通风透光条件变差,而且采茶及其它农事操作难以进行时,可将茶行边侧各修去10厘米。使行与行之间有20厘米的间距,切勿过重,否则树道理盖度降低过多,导致减产。(童启庆)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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