查询词典 thrush brown

Side 1. Governance thrush treated brown sugar: 30 grams brown sugar研末, check amount applied to the affected area 4-6 times a day.

方1。外涂红糖治鹅口疮：红糖研末30克，取适量涂于患处，一天4—6次。

A grayish to yellowish brown .A dark olive brown .A moderate reddish brown to brown .

金棕色，茶褐色，赤褐色一种淡棕色与褐色的中间色彩

The morphological characteristic showed that the colonies were black green and the hyphae were septum, brown, Spore size was 11.07×25.18μm, mostly ellipse, with three septate , two central cells were larger than both terminal cells , brown to dark brown , terminal cells subhyaline to light Brown after cultured on PDA medium at 5d. The DNA sequence of ribosomal ITS of the isolates was found to match 99% with an ITS sequence of Curvularia verruculosus in GenBank.

为致病菌。该菌在PDA培养基上培养5d后，菌落呈墨绿色，菌丝褐色，有隔，分枝，分生孢子平均大小为11.07×25.18μm，褐色至暗褐色，椭圆形，具有3个隔膜，主隔膜明显加粗，中间两细胞较大。rDNA-ITS测序结果与GeneBank中的序列进行同源性比较发现菌株与Curvularia verruculosus的同源性高达99％。

Results 1、The CD11b-positive microglia were dyed low brown with small bacilliform cell bodies,ramified morphology,thin and long protuberance in CON and NIC group;In LPS group,the CD11b-positive microglia were dyed chocolate brown with more big roundish cell bodies,thicker and shorter processes;Most CD11b-positive microglia were dyed brown with bacilliform cell bodies,ramified morphology and few cells were dyed deep brown with more big roundish cell bodies,thicker and shorter protuberance in NIC+LPS group.

结果 1、CON组与NIC组CD11b阳性小胶质细胞胞体小，呈杆状，突起细长，染成浅棕色：LPS组小鼠脑内CD11b阳性小胶质细胞胞体增大，呈圆形，突起粗而短，染成棕褐色；NIC+LPS组少量CD11b阳性小胶质细胞胞体增大，圆形，突起变粗变短，染成深棕色，多数呈杆状，突起少、细长，染成浅棕色。

Culm sheaths orange, ca. 1/2 as long as internodes, leathery, densely dark brown strigose, base yellow-brown pubescent, outer margin dark brown ciliate, inner margin glabrous; auricles reflexed, suborbicular, large; oral setae in 1 row, radiate, to 2 cm; ligule obliquely arcuate or truncate, 2–3 mm, dark brown pubescent, margin lacerate and fimbriate with setae more than 1 cm; blade deciduous, reflexed, lanceolate, abaxially glabrous, adaxially densely yellow hirtellous toward base.

竿箨橙，叶耳反折，近圆形，大；在1 排的口头的刚毛，散发出，对2厘米；叶舌间接弧曲或截形，2-3毫米，深棕色短柔毛，和有刚毛1厘米的超出流苏状的边缘撕裂状；落叶，反折，披针形的叶片，背面无毛，向基部正面浓密黄具微糙硬毛。

Branches brown or purplish brown to grayish brown, sparsely lenticellate; buds ovoid, small, 2–3 mm, apex ± obtuse or ± acute; scales several, brown, glabrous.

棕色的分枝棕色或带紫色棕色到带灰色，疏生；锐尖的卵球形，小的芽，2-3毫米，先端多少钝或多少；攀登数个，棕色，。

This research take Yunnan maitreya brown coal as raw materials,adopt low-temperature dry distillation to go on the treatment of charing to the brown coal ,make most moisture and volatile matter gasification of brown coal remove to get half brown coal burnt.

以云南弥勒褐煤为原料，采用中低温干馏对褐煤进行炭化处理，使褐煤中的大部分水分和挥发分气化除去得到褐煤半焦。

Tawny brown North American thrush noted for its song.

以叫声闻名的北美洲茶褐色画眉。

The results show: the most sensitive Chinese area to acid deposition is Podzolic soil area, then follow Latosol, Dark brown forest soil and Black soil areas; Ferraisol and Yellow-brown earth area in southern China can buffer about 0.8-1. 6 g Sm〓yr〓 sulfur deposition; the least sensitive areas to acid deposition are mainly Xerosol area in northwest China, Alpine soil area in the Qingzang Plateau, and Dark loessial soil and Chernozem areas; the main reason for lower critical load in northeastern areas and higher critical load in Ferralsol and Yellow-brown earth areas in China can be attributed to the obvious difference in temperature, humidity and soil properties.

研究表明：我国土壤对酸沉降最敏感的区域是漂灰土带，其次是砖红壤土区、暗棕壤带和黑土区，南部富铝土区域大致可接受O.8-1.6 g Sm〓yr〓的硫沉降，对酸沉降最不敏感的区域主要集中在西北干旱土和青藏高原的高山土区域以及黑垆土和黑钙土带；导致我国东北地区酸沉降临界负荷偏低和富铝土区域酸沉降临界负荷偏高的重要原因，是这些地区的气温、湿度和土壤质地存在显著差异。

The most desired color of brown is chestnut brown,"monks habit", however, varying colors of brown are acceptable.

在小跑步态中，背线轮廓完全受控，在此品种中，成熟雌性出现轻微的身躯滚动是允许的。

The receding calculations and experiment analyses in this subject are built on the blood cast of pig tongue.

本研究课题的前期工作是采用猪舌血管铸型模拟人舌而进行的数值计算与实验分析。

"Each human infection constitutes an opportunity for genetic modification of the virus through reassortment, mutation, or both...."

&每一次人类的感染都暗藏着一次基因修改的机会，无论是通过病毒的整合、突变或者兼而有之。。。。&