- 更多网络例句与侧壁相关的网络例句 [注：此内容来源于网络，仅供参考]
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It contains quadratic photosynthetic chamber and columned soil fixing body, wherein soil fixing body of canopy leaf chamber bottom set with knob basal portion being corrugation notch, capable of easy inserting amboceptor in soil to form inclosed canopy leaf chamber, amboceptor upper port inosculation with photosynthetic chamber lower wall round opening to make canopy leaf chamber intracavity forming one integral, photosynthetic chamber upper wall sealed by two side glue and photosynthetic film to ensure photosynthetic chamber steady light permeability, photosynthetic chamber sidewall installed one small size fan controlled by external battery and switch, fan capable of rapid making canopy leaf chamber gaseous reaching equalization.
本发明涉及一种用于测定植物冠层群体光合作用的冠层叶室，由正方形的光合室和圆柱状的土壤固定体两部分结合而成，冠层叶室下部土壤固定体设有把手，基部为波纹状切口，可以很容易地把固定体插入土壤中形成密闭的冠层叶室，固定体上口与光合室底壁的圆形开口吻合，使冠层叶室的内腔形成一个整体；光合室顶壁用双面胶和光合薄膜密封，以保证光合室稳定的透光性能；光合室侧壁内安装一个小型风扇，由装在侧壁外的电池和开关控制，风扇可使冠层叶室内的气体迅速达到平衡。
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The invention relates to a support for functional elements (1), especially a pocket knife or a tool, comprising a receiving body (2) having two opposing side walls (18, 22) which are arranged at a distance from each other by means of narrow side surfaces (16, 17) and front surfaces (6, 7), in addition to a cover plate (10) which is held on at least one of the side walls (18, 22), also comprising receiving chambers (33) which are used to detachably maintain functional elements such as tools, knives and scissors.
本发明涉及一种功能部件收贮体(1)，特别是折叠刀或者工具插板，其具有一个容纳体(2)，该容纳体带有两个相对置的侧壁(18、22)，这两个侧壁被窄侧面(16、17)和端面(6、7)彼此隔开，在两侧壁(18、22)中的至少一个上设置一个盖板(10)，并带有容纳空腔(33)，用于可取下地容纳功能部件，例如工具、刀、剪刀。
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In the side-to-side group, the lateral side of distally severed peroneal nerve trunk with removal of the epineurium was sutured to the tibial nerve trunk with removal of the same area of the epineurium.
侧-侧缝合组：将腓神经远侧断段侧壁去除外膜，同样胫神经侧壁去外膜，两者去除外膜的面积相当于腓神经直径的3倍。
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Anisotropically etched insulative sidewall spacers are formed over opposing sidewalls of individual of said transistor gate lines within the peripheral circuitry area prior to forming anisotropically etched insulative sidewall spacers over opposing sidewalls of individual of said transistor gate lines within the memory array area.
在所述存储器阵列区域内的所述晶体管栅极线中的个别者的相对侧壁上形成各向异性蚀刻的绝缘侧壁隔离物(40)之前，在所述外围电路区域内的所述晶体管栅极线中的个别者的相对侧壁上形成各向异性蚀刻的绝缘侧壁隔离物(34)。
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RESULTS :① The left anterior descending branchwas most likely to be damaged;②The specificity between the wall-motion abnormality in A,AS,Apex an d single LAD disease was great (P.05);LAD and left circumflex artery infarcts could lead to AL and I regional wall-motion abnormalities respective l y;contractile function hypokinetic of the single I segment was mostly connected with LCX and right coronary artery injuries;patients with whole left ventricul ar contraction function hypokinetic always suffered from the three-vessel disea se .
结果：①冠状动脉梗塞后左前降支受累最为多见(45%)；②LAD单支病变与前壁、前间隔及心尖部室壁运动异常有关(P.05)。LAD与左回旋支病变，主要为前间隔和下壁运动异常；而单纯的下壁室壁运动异常多为左旋支与右冠状动脉病变引起。3支病变造成心肌运动普遍减低，且以侧壁及前侧壁的室壁运动异常则更为显著(P.05)。
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The result showed that, the body wall most outer layer cuticle assumesthe translucent porodine, the surrounding entire body wall; Close isconnected with the cuticle 表皮层 for 合胞体 the structure, inthe back, the abdomen and its two sides separately adds thick to inprominent Cheng Jizhuang, separately contains the back side,腹侧the nerve and compares to the developed back, the abdomen nerve; Themyo- position to the body wall most inner layer, has the muscle cellto arrange becomes; Between the body wall and the digestive tractcavity is a body cavity; Digestive tract for 肌质 structure, afterinference for roundworm's esophagus.
结果显示，体壁最外层的角质层呈半透明的胶状，包围整个体壁；与角质层紧密相连的表皮层为为合胞体构造，在背、腹及其两个侧面分别加厚向内突出成脊状，分别包含背侧、腹侧神经和相比对发达的背、腹神经；肌层位于体壁最内层，有肌细胞排列而成；体壁与消化道之间的空腔为体腔；消化道为肌质结构，经推断为蛔虫的食道。
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Methods 30 cases of nasal soft tissue de fects were reconstructed by different kinds of local flaps according to modified Burget′s nasal subunit. The Rintala flaps were used above the lowest level of low eyelids; at the area between low eyelids and the alar groove, the dorsal def ects were covered by ax-like local flaps and defects on side wall were reconstru cted by flaps rotated from the contralateral wall covered by skin graft; when it was below the highest level of alar groove, nasolabial flaps with subdermal ped ical were applied to nasal tip defection, and nasolabial local flaps to alar def ects, axial nasodorsum flaps supplied by the lateral nasal artery to defects inv olving columellae.
结合Burget鼻部美学分区，将其再分为三个区域，根据分区选用局部或邻位皮瓣修复鼻部各区软组织缺损30例(鼻根部以Rintala鼻额部局部皮瓣推进3例；鼻中段的鼻背部行双侧斧状局部皮瓣旋转3例；鼻侧壁行对侧壁局部皮瓣转移，供区植皮4例；鼻端部以鼻唇沟皮下蒂岛状瓣转移修复鼻尖部7例；鼻唇沟局部皮瓣旋转修复鼻翼部7例；鼻背轴型皮瓣旋转修复鼻小柱6例)。
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The results show that the side wall angle is the major factor, the influence of the friction coefficient between the roller and the tube billet on the external diameter ovality and the wall thickness unevenness is secondary, and the influence of the ratio of side wall radius on the rolling force and the wall thickness unevenness is the least.
结果表明：侧壁角是最重要的影响因素，管坯和轧辊间的摩擦因数对外径椭圆度和壁厚不均的影响居于次位，侧壁半径比对轧制力和壁厚不均的影响最小。
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Analysis indicates that there is little difference in the displacement of tunnel and well control of stratum displacement by both methods. Plastic zone develops more obviously above the tunnel side by CRD method and is larger by CRD method than by dual sidewall guide pit method. It is comparatively obvious that the plasticity district develops in the side direction of the tunnel by dual sidewall guide pit method and the leading influence distance is also longer than that by CRD method. The development speed of plasticity district is comparatively fast in the range of the leading 3~6 m in CRD tunnel and 0~3 m in sidewall guide pit tunnel. There are different advantages by both methods for passing through sand layer.
结果表明，采用这2种工法时引起的隧道变形相差不是很大，都能较好地控制地层的变形；采用CRD法时产生的塑性区较双侧壁法大，且向隧道侧上方发展较为明显；采用双侧壁法时产生的塑性区在隧道侧向发展较为明显，超前影响的距离也大于CRD法；采用CRD法时的塑性区在超前3~6m的范围内发展速度较快；采用双侧壁法时的塑性区在超前0~3 m的范围内发展速度较快；对于隧道穿越砂层而言，2种工法各有优势。
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The airfoil (18) includes a tip cap (32) extending between the pressure (20) and suction (22) sidewalls; and spaced-apart suction-side (34) and pressure-side tip (36) walls extending radially outward from the tip cap (32) to define a tip cavity (38) therebetween.
在压力侧壁(20)和抽吸侧壁(22)之间延伸着一个顶端盖(32)，从该顶端盖(32)沿径向向外延伸着互相间隔开的抽吸侧顶端壁(36)和压力侧顶端壁(34)，在它们之间形成一个顶端凹腔(38)。
- 更多网络解释与侧壁相关的网络解释 [注：此内容来源于网络，仅供参考]
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side-wall air-cushion vehicle：侧壁式气垫船
side view 侧视图 | side wall air-cushion vehicle 侧壁式气垫船 | side wall craft 侧壁式气垫船
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jamb stone：门窗边框石,石门窗侧壁
jamb shaft 门窗立柱 | jamb stone 门窗边框石,石门窗侧壁 | jamb wall 侧壁
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sidewall：侧壁
它可与卤素重新复合(这会降低刻蚀剂卤素的浓度),也可能形成聚合物(Polymers)(聚合物有可能阻止刻蚀进行,但如落到侧壁(Sidewall)上,可以作为掩膜保护图形侧壁,有利于各向异性刻蚀).
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sidewall oxide：侧壁氧化层
sidewall masking 侧壁掩蔽 | sidewall oxide 侧壁氧化层 | sideways diffusion 横向扩散
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sidewall masking：侧壁掩蔽
sidewall angle 侧壁腐蚀角 | sidewall masking 侧壁掩蔽 | sidewall oxide 侧壁氧化层
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sidewall angle：侧壁腐蚀角
sidewall 侧壁 | sidewall angle 侧壁腐蚀角 | sidewall masking 侧壁掩蔽
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sidewall angle：侧壁腐蚀角、侧壁显影角
sidewall 侧壁 | sidewall angle 侧壁腐蚀角、侧壁显影角 | sidewall masking 侧壁掩蔽
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jambstone：门窗边框石 石门窗侧壁
jambshaft 门窗立柱 | jambstone 门窗边框石 石门窗侧壁 | jambwall 侧壁
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chimney jambs：壁炉侧墙, 烟囱侧壁
chimney jack || 旋转式烟囱帽 | chimney jambs || 壁炉侧墙, 烟囱侧壁 | chimney lining || 烟囱衬壁
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Anterolateral myocardial infarction：前侧壁心肌梗塞
anteroinferior myocardial infarction 前下壁心肌梗塞 | anterolateral myocardial infarction 前侧壁心肌梗塞 | antero-lateral peri-infarction block 前侧壁梗塞周围阻滞