The ground stress, formation pressure, desorption pressure and many inferred values, gained from these basic data of a certain coal bed in downhole may be obtained through testing and calculation.
对于井下某一煤层，通过测试和计算可得到地应力、地层压力、解吸压力以及据以上基础数据而得出的许多推算值。
Main geologic factors that influence recoverability of coal-seam gas include coal-bed permeability, reservoir pressure, gas saturation and desorption rate.
影响煤层气可采性的主要地质因素有：煤层的渗透性、储层压力、含气饱和度、解吸率等。
Taking solar energy as a drive thermal resource, the static temperature distribution at some time, the dynamic state change of temperature, pressure and desorption speed with time was analyzed.
以太阳能为驱动热源，分析了吸附床内温度在某时刻的静态分布以及温度、压力和脱附速率随时间的动态变化。
Desorption of methane gas is controlled by the static pressure of formation water. Drainage of formation water provides pressure difference and space for gas desorption.
地层水的静水压力控制了甲烷气的解吸作用，地层水的排出可为气体的解吸提供压力差和空间。
According to the problems existed in the electrolytic equipment of pressure desorption, the modification and adjustment in technology, automatic control and equipment are made repeatedly.
针对以往加压解吸电解设备存在的问题，在工艺、设备、自动控制等方面进行开发。
Absorption capacity, gas retaining, isotherm curves, and relationships between desorption equilibrium pressure and temperature are given.
给出了吸附容量、保留量、等温曲线、温度与平衡压的关系曲线。
Adsorption capacity of outburst coal is strong, desorption velocity is very fast too. It can form very high gas pressure which enhance destructiveness of coal-rock.
突出煤吸附能力强，解吸速度相对也较快，可能形成较高的气体压力，对煤岩的破坏性增强。
Nitrogen impurity adsorption when absorption tower up to a certain extent, reduce pressure desorption of zeolite molecular sieve, absorbent regeneration, recycling USES.
当吸附塔内吸附的氮等杂质达到一定程度后，降低压力使沸石分子筛解吸，使吸附剂再生，得以重复循环使用。
Through experimental study, the CIP plant of Hougou Gold Mine brought the technology of normal pressure cyanide free desorption into being without any modification of original equipment.
后沟金矿炭浆厂经过试验研究，使用原有设备，不需进行任何改动，实现了常压无氰解吸。
The effects on water-absorption and water-desorption of the mixture ratio of diatomite powder and frit particles as well as modifiers, forming pressure and soaking time were studied.
实验中研究了硅藻土与熔块釉粉之比对试样的吸、放水率，吸、放湿气率等的影响；并且探讨了改性剂、成型压力以及保温时间对吸、放水率等的影响。
The effects on water-absorption and water-desorption of the mixture ratio of diatomite powder and frit particles as well as modifiers, forming pressure and soaking time were studied.
实验中研究了硅藻土与熔块釉粉之比对试样的吸、放水率，吸、放湿气率等的影响；并且探讨了改性剂、成型压力以及保温时间对吸、放水率等的影响。
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