光密度

Xinmao digital ultra light energy weight-reducing instrument can produce ultra light energy which is of strong penetrability into muscle for 12.5cm. At the first few minutes the combustion technology of light wave makes epidermis and under-epidermis tissue more fluid, and strengthens the exchange of body fluid activity and changes the strucrure of tissue density , veins and lymph structure ,increase the content of nutrition in the blood rapidly.despel remnant liquid and metabolized substance in the body at the same time.By treating hypodermis,thning hypodermal tissue fat and fat resolving enzyme mediating device, it can promote the softening, shrinking, and resolving the fat in deep so as to burn it.

数码爆脂减肥仪所产生超光能量有深层次穿透力，能深入肌肉12.5cm，光波的燃烧技术在最开始的几分钟使表皮及皮下组织更趋流动性，承受后急速加强体液活动资质及改变组织密度组织结构，对不同动、静脉血管、淋巴结构的连续缩放减压，可迅速提升营养成份在血液中的含量，同时消除体内残留液体及代谢产物，通过治疗真皮及皮下组织变薄，脂肪及脂肪分解酶受体获调解器，可将深部的脂肪加速促进软化、收缩、分解燃烧掉，。

Methods SECs were isolated by collagenase perfusion combined with isopycnic centrifugation in a two-step percoll gradient and selective adherence, and identified by morphologic observation under light microscope, by immunocytochemistry for CD14 and Ⅷfactor related antigen, by immunofluorescence staining for RECA-1 and fenestrations under SEM.

方法用胶原酶灌注结合Percoll密度梯度离心加选择性贴壁的方法分离SEC；用光镜形态学、Ⅷ因子和CDl4免疫细胞化学染色及RECA.1单抗间接免疫荧光法及SEM鉴定SEC；采用TEM及AnnexinV联合PI双染的方法检测SEC的凋亡。

Results Microscopically, AM was characterized by hypercellularity, high karyoplasma ratio, prominent macronucleoli, strange heterokaryocyte and tiny focal necrosis. Of 11 cases, recurrence was noted in three, and one transformed into anaplastic meningioma and died 1 year after reoperation.

结果 AM光镜下瘤细胞密度增大，核浆比例增高，核仁明显，多伴有奇异核细胞出现和微小坏死灶。11例AM病人中，3例复发，1例复发后转变为间变性脑膜瘤，再次手术后1年死亡。

Basing on utilization of organiccarbon compounds,mixotrophic culture is expected to possess advantages such as aless light requirement,capability of adopting fermentation techniques ofheterotrophic microorganisms and achieving a high cell density.

以对有机底物的利用为基础的微藻混合营养培养具有可降低光的需求、可借鉴已有的异养微生物的培养技术和实现高细胞密度培养等优势，是微藻培养技术的最新发展之一。

After moule and anaesthesia, therabbits were treated with MedliteC~6-Nd:YAG laser, wave length:1064nm, spot diameter:3mm, energy density: 12J/cm~2, the distance between the light and skin: 8cm, irradiationtime: 40 seconds, frequency: 10Hz. The depth of the wound causedby the laser on the backs of rabbits was to the derm.

经脱毛、局麻后，用Nd：YAG激光(Medlite C~6，ConBio公司，美国)波长1064nm、光斑直径3mm、能量密度12J／cm~2、光皮距离8cm、时间40秒照射家兔背部造成深达真皮的损伤。

The morphologic changes of these three tissues were observed with light microscope and transmission electronic microscope; the pulmonary wet-to-dry weight ratio, the pulmonary weight indexs, and the ratio of the area of the multilamellar body to the area of cytoplasm in type II alveolar cell were measured. Results 1.The permeability of the pulmonary endothelial cells increased 2 hours after the injection of oleic acid.

经光镜和透射电镜观察对照组和实验组三种组织的形态学改变；并测定肺组织的湿干重比和肺系数；采用立体计量法测定肺II型细胞板层小体与细胞质面密度比。

To investigate the protective effect of anti-endothelin-1 antibody on neurogenetic pulmonary edema,the anti-endothelin-1 antibody was used in the rats which underwent brain injury referring to Marmarous′model.

采用Marmarous脑损伤模型致大鼠重度、弥漫性脑损伤，观察内皮素-1（ET-1）单克隆抗体对弥漫性脑损伤大鼠肺泡隔面积密度及肺水含量的影响，同时用光镜和电镜观察大鼠肺组织形态学改变。

Discussion on ruling of virtue and advancing with time ;2. Analysis on time observation document of 24 shoots demonstrated some growth regularity of Phyllostachys nidularia shoot and young bamboo.

对24株固定竹笋定时观测材料进行分析，表明了光箨篌竹竹笋幼竹的一些生长节律，阐述了出土期、生长级、林分密度和气象要素对竹笋成竹的影响，进而揭示了时进程类型与天气、气温和湿度的关系，探讨了它们在生产中的应用。

Chest X-ray showed soft tissue opacity over the right paratracheal region with absence of a left aortic notch.

此病人到目前为止都是没有临床症状，体检发现胸部X光右侧靠近气管区发现增加软组织密度及左侧缺乏主动脉弓。

The thickness of the removed surface layer was dependent upon polishing time, current density and the concentration of perchloric acid.

分别在体积分数为5%， 10%和15%的三种高氯酸溶液中和在20， 25和30 Adm^(-2)三个电流密度下进行电化学抛光。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。