1.
Comparative Studies on Drying and Storaging Methods of Angelicas and Radix Astragali
当归、黄芪干制及储藏方法的比较研究
2.
The Prediction of Fractured Gas Reservoirs of Tight Clastic Rock;
致密碎屑岩气藏裂缝性储层预测方法
3.
Parameter Back-analysis and Optimization Method Study on Low Permeability Reservoir Fracture Prediction
低渗油藏储层裂缝的参数反分析优化方法研究
4.
QUANTITATIVE EVALUATION METHOD ON FRACTURE TYPE RESERVOIR PARAMETER OF COMPLICATED OIL-GAS RESERVOIR
复杂油气藏裂缝型储层参数定量评价方法
5.
The multi-cycle working inventory methods of underground gas storages based on condensate gas reservoirs
凝析气藏型地下储气库多周期运行盘库方法
6.
New material balance-based methods of determining the dynamic reserves of ultra-high pressure gas reservoirs
基于物质平衡法确定超高压气藏动态储量的新方法
7.
The Study on Comprehensive Evaluation Method of Heavy-oil Reservoir Log Data in Fine Reservoir Description;
精细油藏描述中稠油储层的测井资料综合评价方法研究
8.
Study on Fluids Identification and Reserves Exploitation Methods of Comprehensive Hydrocarbon in Puxi Oil Filed;
葡西油田复杂油藏流体识别及储量动用方法探讨
9.
Study for Sand Body Analysis in Complex Fault Block Reservoir Using Reservior Monitor Data
用动态资料分析复杂断块油藏储层特性方法研究
10.
Summary and Comparation of Grain Storage Methods In Summer Involving Multicell Air-cushion,Approximate Low-temperature Bin,Dexoidant & Ordinary Storage Method
多气室气垫、近似准低温仓、除氧剂、常规储藏粮食过夏方法总结比较
11.
The Base Level Cycle Subdivision and Correlation of Fluvial Facies in the Phase of Reservoir Development
油藏开发阶段河流相基准面旋回划分与储层细分对比方法探讨
12.
Methods to Improve the Demarcated Accuracy of Gas Recoverable Reserves in Shallow Gas Reservoirs
提高浅层气藏天然气可采储量标定精度的方法研究
13.
A place where something is deposited, as for storage or safekeeping;a repository.
储藏室，存放处，仓库（为存储或保管）存放物品的地方；仓库，储藏室
14.
Frequently, laboratory test methods do not measure a combination of wear factors, cleaning methods, and storage of an item from one year to the next.
常常实验室测试方法不能测试受穿着因素、洗涤方法及储藏一年后的复合情况。
15.
Evaluation Analysis of YH Gas Reserves and Recoverable Reserves Based on Dynamic Method
基于动态法的气藏储量及可采储量评价分析
16.
stores and purifies and distributes water for a community.
为居民储藏，净化以及供应水的地方。
17.
In the forties scientists succeeded in finding a way to set free the great energy packed in atoms.
在40年代科学家们成功地发明了一种把储藏在原子里的巨大能量释放出来的方法。
18.
Both processes apply thermal treatment to food products in an effort to improve the stability of the product during storage.
这两个过程对食品均采用热处理方法,其目的是提高产品在储藏过程中的稳定性。