Testing research for floating separation molybdenite with complex pine camphor oil 101

Pine camphor oil quality standard measurement method with instrument

松醇油类质标质检仪器分析方法

Laboratory Evaluation of Efficacy and Safety of Camphor Oil Spray

樟脑油精药效及其安全性评价

Using of stem distillation, camphor wood oil percent of green seeds was 2 80%, and percent of mature seeds 0 90%.

用水蒸气蒸馏樟树籽，青籽的得油率为280%，紫籽的得油率为090%。

Extracting camphor wood oil from camphor tree seeds

樟树籽提取樟油的试验

The company operating camphor wood logs, sheets, plates and other products Zamu.

公司主要经营樟木原木、板材、杂木板材等多种产品。

Anatomic study of the meniscofemoral ligaments of the knee and its significance Anatomical Observation on Sciatic Nerve in Two-humped Camel

膝关节板股韧带的解剖观测及其意义双峰驼坐骨神经的解剖

Anatomical observation on femoral and popliteal veins in two-humped camel

双峰驼股静脉和腘静脉的解剖学观察

Distribution and quantity of the wild two-humped camel in the world and suggestion for conservation of them

世界野生双峰驼的分布、数量及其保护

Two-humped camel of the cold deserts of central Asia.

亚洲中部寒冷的沙漠中有两个肉峰的骆驼。

Morphological observation on internal iliac artery in two-humped camel

双峰驼髂内动脉的形态学观察

Structure and distribution of mucosal immunological tissue and cell in reproductive duct of female two-humped camel

雌性双峰驼生殖道粘膜免疫组织和细胞的结构与分布

After vascular cambium cells divide, the progeny cells on the interior side become xylem parental cell.

维管形成层细胞分裂后，在内侧分裂出来的细胞成为木质部的母细胞。

, 6-BA induced the division of vascular cambium and cortex cells.

6-BA诱导维管束中发生形成层以及诱导皮层细胞启动。

Continually increase of Vascular cambium cells and formation of a root initial;

薄壁细胞不断分裂，形成不定根原基发端细胞；

Vascular cambium has formed, but the secondary structure is far from developed.

维管形成层已经形成，但次生结构尚不发达。

The mechanism for the initiation and activity of vascular cambium

维管形成层发生和活动的机理

Cambium The ring of dividing cells ( meristem) responsible for lateral growth in plants.

和植物生长有关的具有分裂能力的细胞层。

While for older roots, there are periderm, secondary phloem, cambium, secondary xylem and primary xylem. In root, the duct caliber of xylem in Akebia quinata ( Thunb.) Decne.

老根由外向内依次为：周皮、次生韧皮部、形成层、次生木质部、初生木质部。在根中五叶木通木质部导管口径比三叶木通的大很多。

This system simulated in vivo the processes of cambium occurrence, cell differentiation and xylogenesis.

参照杜仲的剥皮再生经验建立了毛白杨的剥皮再生系统，该过程基本模拟了自然条件下形成层发生、细胞分化及木质部形成的过程。

The results of anatomical observation indicated that the graft compatibility is better when the internal structure of scion and rootstock ( the size of cambium cell, xylem/ phloem and area of vascular) is similar;

另外，解剖结构观察发现，砧木与接穗一年生茎的形成层细胞大小、木韧比（木质部/韧皮部）及导管面积越相近，两者的亲和性越好。