1) debris flow deposit
泥石流堆积物
1.
A Preliminary Discussion on Reflectance Spectrum of Debris Flow Deposit——Take Jiangjia gully debris flow deposit as an example;
浅析泥石流堆积物的光谱特征——以蒋家沟泥石流堆积物为例
2) debris flow deposits
泥石流堆积
1.
In order to understand ages and genesis of debris flow deposits in the Jiangjia Ravine,the textures on the surfa.
据石英ESR和~14C测年结果,蒋家沟泥石流堆积可分为晚更新世形成的古泥石流堆积和近代泥石流堆积两类。
3) glacial debris flow
冰川泥石流堆积
1.
This paper is intended to present a preliminary model of transfo(?) mation from moraine to the deposits of glacial debris flow, to describe the distinguishing marks between the two types of deposits, and to compare and study some characteristics of granularity, light and heavy mineral, clay mineral and gravel fabric of them.
继初步建立起冰碛转化为冰川泥石流堆积模式及其沉积判别标志后,又对它们的粒度特征、矿物特征与砾石组构特征等进行了悉心研究。
4) debris flow accumulation area
泥石流堆积区
1.
The debris flow accumulation area is higher than the surrounding ground,so the design scheme of the expressway in this area is multiple.
泥石流堆积区高出周围环境,高速公路处理方案多样。
5) debris-flow sediments
泥石流沉积物
6) multi-stage accumulations of debris flow
多期次泥石流堆积体
1.
The main communication lines in western China are mostly located in mountainous areas,where in history there exist multi-stage accumulations of debris flows which have preferable stability and structural strength in the natural state.
我国西部交通干线多处于山岭地带,此类地区历史上产生的多期次泥石流堆积体在天然状态下具有较好的稳定性和结构强度,如何合理利用并避免产生工程地质灾害具有实际意义。
补充资料:堆积柱形配位化合物
分子式:
CAS号:
性质:晶体结构为分子相互重叠堆成柱状的一类配位化合物。酞菁(Pc)配位化合物金属酞菁(MPc)即是一例。在酞菁(一种18π电子系的大环共轭平面配位体)配位化合物晶体中,酞菁平面相互重叠,借分子间π轨道重叠而形成一维导电柱,或通过桥联配体形成一维导电柱。
CAS号:
性质:晶体结构为分子相互重叠堆成柱状的一类配位化合物。酞菁(Pc)配位化合物金属酞菁(MPc)即是一例。在酞菁(一种18π电子系的大环共轭平面配位体)配位化合物晶体中,酞菁平面相互重叠,借分子间π轨道重叠而形成一维导电柱,或通过桥联配体形成一维导电柱。
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