柱状

Peduncle 12-13 cm; leaf blade base cuneate, margin subentire to repand; bracts ovate to narrowly ovate, 6.5-7 X 2.5-3 mm; pedicel 0.3-1.8 cm; calyx segments appressed puberulent inside; stigma emarginate

花序梗12-13厘米；叶片基部楔形，对残波状的边缘近全缘；苞片卵形到狭卵形，6.5-7 X 2.5-3毫米；花梗0.3-1.8厘米；贴伏被微柔毛的花萼裂片在里面；柱头微缺 80 Chirita atroglandulosa 黑腺唇柱苣苔

Intermediate between these is the solenostele in which the leaf gaps are more widely spaced vertically so that only one is seen per cross section of the stem.

这两者的过渡体是管状中柱，由于叶隙在垂直方向上广泛分布，所以每个横截面上基本只能见到一个叶隙。

Block copolymers have rich phase behavior,and in the bulk they can microphase-separate to form spheral,cylindrical,bi-continuous or layered structure.

嵌段共聚物有着丰富的相行为，在本体中会发生微相分离形成球形、柱形、双连续形和层状结构。

Staminal column cylindric, pubescent; anthers grouped at apex, brownish purple.

雄蕊柱圆筒状，短柔毛；花药在先端成组，带褐色紫色。

Ovary usually sessile or slightly stipitate, ovoid, 1-loculed; style terminal, short; stigma capitate.

子房通常无梗或稍具柄，卵球形的，1室；花柱顶生，短；柱头头状。

Stigma capitate, subentire or obscurely with lobes as long as wide; cauline leaves more than 10; median filaments 5-6(-7) mm; ovules 8-14 per ovary

柱头头状，近全缘的或不明显具裂片倍于宽；茎生叶超过10；中间的花丝5-6(-7)毫米；每子房胚珠

The root system in the cortex of the host stem has a few branches and highly simplified stele of original triarch vascular bundles. The haustrium root system, which is from the root system in the cortex of a host stem enters the vascular tissues as finger-like body from the vascular rays and then to become hyphae-like body among the vascular cells.

皮层根有少数分枝，无次生结构，中柱结构高度简化，从胚根的结构可看出其初生木质部原先是三原型的；吸器根从皮层根上发生，进入寄主维管射线中，再进入维管组织内，并形成许多丝状体。

Capsule 1.4-2(-2.4) cm; columella 1.4-2(-2.4)× 0.5-0.8(-1) cm, concave with apical scarring; valves dark brown to blackish brown, rough, verrucose, with conspicuous and often ovoid 0.3-2 × 0.4-1.3 mm rusty lenticels.

蒴果1.4-2(-2.4)厘米；轴柱1.4-2(-2.4)* 0.5-0.8(-1)厘米，顶端具凹痕；裂爿暗褐色到微黑棕色，粗糙，瘤状，具明显的通常卵球形 0.3-2 * 0.4-1.3 毫米锈色的皮孔。

Through a variety of resin filter, adsorption and elution conditions for the optimization, as well as decolorization, crystallization methods of research, this article eventually determine the strong acid cation resin HZ-001 which is at pH 3, 3BV / h, having the largest adsorption to the tryptophan; the fermentation broth were centrifuged to remove sediment,then treated with activated carbon to be decolored and then treated with strong acid cation resin HZ-001. After that,2mol/l amino acid were passed through the HZ-001 ion exchanging column,kept almost constants when the flow rate stayed 6 BV / h. At 60℃,it was condensed into the saturated state and then added Ethanol until its percentage reaching 30%. At 4 ℃ under 100rpm placed in the shaker 20h, the collection of L-tryptophan was dried up in vacuo.

本文通过对种树脂的筛选、吸附和洗脱条件的优化，以及对脱色、结晶方法的研究与摸索，最终确定强酸型阳离子树脂HZ-001在pH=3，3倍床体积流速，温度室温，对色氨酸有最大的吸附作用；将发酵液离心去沉淀并用活性炭脱色后通过HZ-001强酸型阳离子交换树脂柱，再用2mol/L的氨水6倍床体积流速在室温下进行洗脱，收集洗脱液，60℃浓缩为过饱和状态后加入30%无水乙醇，4℃下100rpm摇起晶20h，过滤搜集结晶并真空干燥得白色粉片状L-色氨酸晶体。

In addition, the exfoliation and intercalation of three kinds of novel layered aluminophosphate are investigated systematically, and mesoporous materials with high surface area chromium oxide supported aluminophosphate are synthesized successfully.

同时对三种层板具有规整微孔结构的层状磷酸铝的剥离与嵌入进行了系统研究，并成功地制备了高比表面的微介孔材料——铬柱磷酸铝。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。