The benthic assemblage coo-positions of brachiopod communities in the early Early Carboniferous were between BA1 and BA2, and there were no BA3-BA5 deep-water communities in this area, which indicated that the sea water depth in this period was commonly less than 10 m.
c) the maximum erosion rate of time interval is 0.272 m/a,the accumulated deposition of 23 a 3.625 m and the thickness of deposition of deep water area 3~5 m when the maximum thickness of erosion is in the shallow water region and;
③侵蚀最大厚度在浅水区,时段最大侵蚀速率为0.272 m/a,23 a累计侵蚀3.625 m,深水区淤积厚度为3~5 m;
Spatial distribution of initial Nd isotopic compositions indicates that denudating areas were in the east and the north and depositing areas of deep water were in the west and the south for the Ganzi-Songpan basin during Triassic.
(3) The diapirs in the deep water cannot be driven by the overpressure because the maximum pressure is less than 9.0 MPa in the course of pressure evolution.
Reversion to the inverse transforms of the unknown functions leads to an integrodifferential evolution equation, which contains a Hubert transform and is a generalization of the Benjamin-Ono equation of deep water theory.
Three-dimensional steady-state periodic waves in deep water with weak (of order of the wave amplitude) vorticity are considered.
The transition to the limiting cases of deep water and an ideal fluid is analyzed.
Phosphate matter in the relatively deepwater deposits usually characterized by a lower content of bone detritus has the highest metal content.
Microbiological studies in the deepwater area of the Southern Caspian Sea
For the first time, microbiological monitoring was performed in the deepwater area of the Southern Caspian Sea.
We describe here Sursumura affinis sp.n., a new deepwater species of the family Munnopsididae (Isopoda: Asellota) from the South Australian and South Fiji hollows.
Results of the sampling for temperature, salinity, and isotopic composition of water masses that was performed in the Caspian Sea at deepwater stations along a meridional profile during the international expeditions of 1994-1996 are presented.
Deep submicron process technology is widely being used and interconnect structures are becoming more and more complex.
Analysis of armature reaction and winding inductances of permanent magnet brushless DC motor with deep slot concentrated coils
The two forests differ in forest humus layer; it is deep in the Ailao forest while little is present in the Xishuangbanna forest.
Based on a detailed investigation of vertical distributions of fine roots in Robinia pseudoacacia plantations at the Ansai Soil and Water Conservation Station, Shaanxi Province, a model was developed for the deep distribution of fine roots of R.
pseudoacacia, which reflects the growth of fine roots affected by the mixed process of infiltration water and deep soil water.