oil-tea camellia

Physical and chemical properties of 3 types of red soil in the oil-tea camellia woods of Hunan, China were studied.

对湖南省株洲市、桃源县和蓝山县等3处的油茶林红壤的物理化学性质进行了研究。

Effects of extraction methods on the quality of oil-tea camellia seed oil

不同制油方法对油茶籽油品质的影响

Objective To examine the enhancing effect of camellia oil on the skin permeation of-steroidal anti-inflammatory drugs.

目的考察山茶油对5种 非 甾体 抗炎 药体外经皮渗透的促进作用及其与药物油水分配系数的关系.

Soil fertility quality plays a major role in the high-quality and high-yield of oil-tea camellia.

土壤肥力质量对油茶的优质高产具有重要作用。

On the marked plants of the Oil-Tea camellia ( Camellia oleifera) fine variety "Xianglin 4", the mechanism of the oil formation and transformation were explored by the analysis of the fruit growth and their oil contents.

通过对油茶主要良种的标定植株进行果实生长和含油量分析研究，探索油茶果实油脂形成与转化的内在机理。

This paper made the details of necessity and feasibility in carrying out the oil-tea camellia industrialization, and some favorable advices on boosting its industrialization were put forward in order to develop the feature economic forest-oil-tea camellia resources in the foothill in South of China.

本文对实行油茶产业化的必要性和可能性进行了详细论述，并为发展南方丘陵地方特色经济林-油茶林资源，促进其产业化提供了有利的对策。

The decrease of net photosynthetic rate in oil-tea camellia under FS treatment was mainly affected by Gs, while illumination is the main ecological factor that had impact on it when in low light conditions. 3.

全光照下油茶叶片净光合速率下降主要受叶片气孔导度影响，然而弱光下光照是影响油茶叶片净光合速率的主要生态因子。

Studies on the cycling of nutrient elements in the ecosystem of the oil-tea camellia plantation

油茶林生态系统中营养元素循环的研究

Technology for increasing oleic acid content in camellia oil

提高油茶籽油中油酸含量的工艺研究

A Study of Effect of Management Measure on Biological Yield of Oil-tea Camellia Stands in Hunan Province

湖南油茶林不同经营措施对生物产量的影响

Research on the High Active Dietary Fiber Extraction Techology of Oil-Tea Camellia Seed Shell

油茶籽壳中高活性膳食纤维提取工艺研究

The Experimental Study on Callus Induction of Two Species of Oil-tea Camellia in Anther Culture

油茶两物种花药培养愈伤组织诱导试验

Premature drop, shedding and embryonic development of petals of the oil-tea camellia

油茶胚胎发育及落花落果的研究

Qiyang County is the major area of oil-tea camellia production.

祁阳县是湖南省油茶种植的重点地区。

STUDIES OF THE HARVESTED CONES FROM TEA-OIL TREES& ⅰ. Physiological and Biochemical Changes in the Oil-tea Camellia Seed

油茶果采后的研究&Ⅰ.油茶果采后种子内生理生化的变化

Studies on the scheme of geographical climatic regions for oil-tea camellia

油茶地理气候区划分的研究

Principal component analysis was used to ordinate 216 weather stations in area of oil-tea camellia, and to group them into geographical climatic regions.

本文以主成分分析法，将我国油茶产区216个测候站，按所选用的12项气候因子，作成分布序列，并利用测站在样品空间之分群，划定油茶栽培地理气候区。

Refining of oil-tea Camellia seed oil using modified bentonite without water

改性膨润土无水精炼油茶籽油工艺研究

Purification of oleic acid from oil-tea camellia seed oil by urea adduction fractionation

尿素包合法提纯油茶籽油中油酸的工艺研究包合物一种笼状化合物，如尿素

Oil-tea ( Camellia Oleifera) is a small evergreen tree or shrub belongs to theaceae, which is an important woody specie provide unique edible oil.

油茶（Camellia oleifera）属山茶科山茶属常绿小乔木或灌木，是我国特有的重要木本食用油料树种。

Study of Fruit Growing Specialties and Its Oil Content in Oil-Tea Camellia

油茶果实生长特性和油脂含量变化的研究

Effect of Long-term Storage on Acid Value and Peroxide Value of Oil-tea Camellia Seed Oil

长期贮藏对茶油酸值和过氧化值的影响

Main ingredients: live spring water, oil-control factor, marigold, camellia, cacti and hydrolyzed collagen protein.

主要成份: 温泉活性水 、 控油因子 、 金盏花 、 冬柏花 、 仙人掌、水解胶原蛋白等.

Under the same storage condition, for different purified solvent extraction oil-tea camellia seed oil, the more purified, the more oxidized;

在相同贮藏条件下，对于浸出成品茶油来说，精炼程度越高，越容易氧化酸败；

There is a long history of oil-tea camellia plantation in Hunan Province. The one of best production capacities and planting area of Hunan are in China.

湖南省油茶种植历史悠久，种植面积和产量均居全国前列。

The epidermal cells and anatomical structure of mature leaves were analysed for 15 major oil Camellia spp. It was found out that both the upper and the lower foliar epidermal cells were irregular and/ or polygonal in shape ( surface view).

本文对油茶属15个主要油用物种的叶表皮和叶片结构进行了观察，发现叶片上下表皮细胞的形状（表面观）为不规则形和多边形。

Therefore, camellia oil based isopropyl ester ( CO-IPE) of high oleic acid and easily absorbant into skin has potential application value.

所以既富含油酸又能很好的被皮肤吸收的茶油异丙酯有很大的潜在应用价值。