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- The geographical distribution and utilization of Vitis L. in China. 我国葡萄属植物资源的地理分布及利用.
- Preliminary Studies on Natural Ecological Distribution and Utilization of Ranunculus ternatus Thunb. 小毛莨自然生态分布和开发利用的初步研究。
- Distribution and Utilization of Wild Ornamental Plants of Liliaceae in Anhui province. 安徽百合科野生观赏种质资源的分布与利用
- In this paper, the CBM resources distribution and CMM drainage and utilization in Tucheng Mine are introduced. 本文以土城矿煤层气抽采利用工程为例,介绍了土城矿区煤层气资源分布,抽采利用等内容。
- The paper introduces the distribution and utilization of confined water of intermediate focal depth in Huaibei plain, and analyses some relevant questions about it. 介绍淮北平原在中深层地下水分布及开发利用,对与中深层地下水开发利用相关问题进行了分析。
- The paper reviews the characters,distribution and utilization fields of bauxite resources in China.It points out the existing problems and reasonable suggestions as well. 论述了我国铝土矿资源储量分布、资源特点及铝土矿的应用领域;描述了铝土矿资源的开发利用现状;评述了我国铝土矿资源存在的问题并提出合理利用建议。
- By the discrete location choice model, the distribution of medical resources in Xichang town of Heyuan city was studied to solve the issues of spatial optimal distribution and utilization. 运用离散点选址模型,对河源市锡场镇医疗资源的分配进行研究,以解决医疗资源在空间上的最优分配和利用问题。
- Distribution and utilization of Pholidota in China 我国石仙桃属植物的分布和开发利用
- Development and Utilization in Coix Lachrymajobi L. 薏苡的开发和利用。
- Exploitation and Utilization of Pueraria DC. 葛藤的综合开发与利用。
- Genetic Study and Utilization of Leymus Hochst. 赖草属植物的遗传学研究与利用。
- China Film Distribution and Exhibition Corp. 中国电影发行放映公司
- Study on Distribution and Utilization of Plants in Genus Osmanthus 木犀属植物的分布与开发利用
- Maintains key distribution and contact lists. 维护对外及对内的联系人清单。
- Distribution and evolution of Saxifraga L. subsect. 虎耳草属具芽亚组的分布及其进化与青藏高原隆起的关系.
- Study and utilization of Arbuscular mycorrhizae, AM. 丛枝菌根研究及应用。
- Protection and Utilization of Lilium callosum Sieb. Et Zucc. 条叶百合的保护与利用。
- Modern methods of distribution and marketing continued to spread. 现代流通和营销方式不断拓展。
- Development and Utilization Value of Coix chinensis Tod. 浅析薏米的开发利用价值。
- The NC GaN has a uniform size distribution and spherical shape. 实验发现气凝法生成的氮化镓奈米微粒以均匀的圆球形分布。
