盲管

基本解释 (translations)

caecus

与盲管相关的网络例句 [注：此内容来源于网络，仅供参考]

The human appendix is a small dead-end tube connected to the cecum, or ascending colon, one section of the large intestine.

人的阑尾是个很小的一端闭锁的细长盲管，它的另一端连结盲肠，也叫升结肠，属于大肠的一部分。

The raw data was processed by using axial, coronal and double oblique multi-planar reformation; Images obtained were graded in terms of quality with a 5-point scale(5=excellent, 4=good, 3=fair, 2=poor, and 1=nondiagnostic). In grading image quality at axial MPR, The radiologic specialists focused on the subarcuate fossa, tendon of tensor tympani, facial recess, vestibular aqueduct and pyramidal eminence, In grading image quality at coronal MPR, attention was given to the scute, crista transversa, fenestra cochleae, lateral malleal ligament and snake eyes signature of cranial nerve, In the grading of the image quality at double oblique MPR, the radiologic specialists concentrated on the malleus, incus, stirrup bone, upper bony semicircular and aquaeductus fallopii, and then to implement statistical analysis. In order to choose the minimum tube current values and the maximum pitch that can satisfy the diagnosis request, image quality of axial, coronal and double oblique reformation images was compared with different tube current groups. 15 ears of volunteers were used to test the validity with the scanning parameter. Subsequently noise, MTF and dose length product were measured by phantoms in different tube current and pitch, the parameters obtained were compared and taken into statistics analysis.

扫描模式使用临床常用的颞骨螺旋扫描方式：管电压120 kV，准直宽度20×0.6 mm，视野200 mm，重建矩阵512×512，旋转时间1 s/r，重建层厚0.6 mm，重建间隔0.3 mm，分别改变管电流(380、300、200、160、120和80 mA)和螺距(0.8、1.0和1.2)进行扫描和重建，然后对颞骨进行横断面、冠状面和双斜面多平面重组，于重组后的横断层面图像上选取弓形下窝、鼓膜张肌腱、面神经隐窝、前庭导水管和锥隆起5个解剖结构，冠状面重组图像上选取盾板、横嵴、蜗窗、面神经的蛇眼征和锤骨外侧韧带5个解剖结构，双斜面重组图像上选取锤骨、砧骨、镫骨、上骨半规管和面神经管5个解剖结构，在双盲的情况下由放射学专家分别对各管电流和螺距下扫描的重组图像进行评分，随后进行统计学处理，从中筛选出满足诊断要求的最低管电流值和最大的螺距，分别采用患者25例(15耳)用该管电流值和螺距验证其可行性；然后利用模体分别测试各管电流和螺距下的图像的空间分辨率、噪声及其剂量长度积，并对测试所得参数数值进行比较和统计学处理。

Parameters associated intubations in the two groups were recorded and studied, including times of intubation, operative time of intubation (from starting to success of intubation proved by auscultation), administration of anesthetic agents, blood pressure, heart rate and blood oxygen saturation (SpO2) in different phases, complications of intubation.

分别进行盲探插管并记录统计插管次数、插管时间（从开始插管到听诊证实成功）、插管过程中追加麻药的次数及各时段的血压、心率、氧饱和度(SpO2)变化和插管并发症等。

We compared the blind intubationsuccess rates among the silicone wire-reinforced tube, the Parkertube, and the PVC tube, and identified laryngeal structurespreventing tracheal intubations through the ILMA.

我们比较了钢丝强化硅树脂管、 PVC 管及 Parker 管的盲插成功率，确定阻止经 ILMA 行气管内插管的喉部结构。

In the described system, in order to transmit the narrow-band analog signals or low speed digital signals at any time and under any climatic condition, sun-blind-region ultraviolet is used as information carrier, the modulated low voltage mercury-vapor lamp is used as emission device.

所描述的系统是以日盲区紫外光作为信息载体的，用被调制的低压汞蒸汽紫外放电灯作为发射器件，以日盲型滤光片和光电倍增管或日盲型紫外光电倍增管作为接收器件，以达到在任何时间和在任何气候下完成窄频带模拟或低速数字信号的传输。

Firstly,all patients have been excided the upper ductus choledochus,the liver gross duct,left right liver duct besides one centimeter of liver duct that lies upwards the hepatolith.Secondly, we have sutured the excided bile duct, which has been shaped acetabuliform,lifted one part of jejunums,intered non-port one subcuneously,and then inosculated gall with enteron by Roux-en-Y way.Lastly,we have partly excised the ill liver in regular way.Results 26 ones have been follow-up for 1～10 years.The rate is 81 percents,average for 6 years.

32例肝内胆管结石均接受皮下盲袢型胆肠吻合术，其中结石位于右肝7例（22%），左肝9例（28%），两肝均有16例（50%）；结石合并肝胆管狭窄24例（75%），全部病例均切开胆总管上部、肝总管、左右肝管，并切开肝内胆管狭窄部以上1cm肝管，将切开的胆管做必要的缝合，形成碟状，取一段空肠上提，盲袢埋置皮下，再做胆肠Roux-en-Y吻合，病肝做规则性肝部分切除术。

NORMAL-SIZED,RETROVERTED UTERUS WITH A THIN,INTACT,SECRETORY ENDOMETRIUM.CYSTIC STRUCTURE,RIGHT OVARY,AS DESCRIBED;CONSIDER AN OVARIAN NEW GROWTH MINIMAL FLUID IN THE CUL DE SAC.

正常大小，子宫后倾，有薄薄、完整、促分泌的子宫内膜胞囊结构，右卵巢，如同描述；认为有一卵巢的盲管有新生的流质。

Debriedement of necrotic tissue and drainage were well done.

对32例热盲管伤及热贯通伤应用 MEBO 治疗。

First, by the allocation of irrigation water directly into the ditch outlet Xiaqi, achieve no water loss, greatly improve the utilization of water; are two irrigation systems, replace the pipe with water furrow, not square, and the right to re-use, reducing the irrigation investment; Three is the use of the gate with the outlet opening to adjust a constant and accurate control of flow into the trench plot, for different soil and different groove specifications Xiaqi can greatly improve irrigation uniformity; four gates are porous pipe irrigation system for the flow tubes, and the blind to cross the flow tube as compared to the wall can reduce the work under stress, and reduce the damage to the opportunity to prolong the service life of thin-walled tube; are five gates to facilitate the installation of irrigation systems, pipes, and, upon request, to fight孔安outlet assembly to ensure the accuracy of positioning with the outlet.

一是灌溉水经配水口直接进入沟畦，实现无输水损失，极大地提高了水的利用率；二是管灌溉系统代替配水垄沟，不占地，且右重复使用，降低了灌溉投资；三是利用配水口的闸板开度来调节准确恒定地控制进入沟畦的流量，适用于不同土质和规格不同的沟畦，可大大提高灌水均匀度；四是闸管灌溉系统为多孔出流管，与等过流量的盲管相比，可降低管壁承受的工作压力，并减少受损机会，从而延长薄壁管的使用寿命；五是闸管灌溉系统安装方便，并可根据要求打孔安装配水口，确保配水口定位的准确性。

In the light of geological characteristics of Dongfang 1-1 Gas Field, mass indoor experiments are conducted and studied. Sand grain level are analyzed, the sand control parameters and screen pipe and blind pipe combination proportion is optimized. On this basis, the most suitable horizontal screen pipe sand control method for this gas field is found. Through the medium of DONGFANG 1—1 gas field field conduct proven, the sand control technology are completely run up to DONGFANG 1-1 gas field completion require.

针对东方1—1气田的具体地质特征，通过大量的室内实验研究，对地层砂粒度进行了分析和分选性研究，对防砂参数和筛管与盲管的组合比例进行了优化，从而找出最适合该气田的水平井筛管防砂完井方法，通过东方1—1气田的现场实施证明，该防砂技术完全达到了东方1-1气田完井的要求。

与盲管相关的网络解释 [注：此内容来源于网络，仅供参考]

Blank, Blind, Line blank L.B：盲板,管道盲板

焊接管帽 welded cap WC | 盲板,管道盲板 Blank, Blind, Line blank L.B | 8字盲板 Spectacle blank

endolymph：内淋巴

蜗管内储内淋巴(endolymph),为一封闭的盲管. 前庭阶和鼓阶内储外淋巴(perilymph),并在蜗顶借蜗孔(helicotrema)相交通. 1.蜗管:为膜性螺旋管,蜗尖端为盲端,下端借连合管通入球囊,内含内淋巴液. 其切面呈三角形,介于前庭阶和鼓阶之间.

gastric caeca：胃盲囊

超微结构和功能 中肠是分泌消化酶,消化食物和吸收养分的主要部位.一般昆虫的中肠呈管状,前端紧接前胃,后端以马氏管着生处与后肠分界.很多昆虫中肠肠壁的 前端,常向外突出形成囊状的胃盲囊(gastric caeca),其数目和形状因昆虫 种类不同而异,

caeca maxillary：下颚盲囊

caecal pouches,caecal tubes 盲囊 | caeca maxillary 下颚盲囊 | caecum cupulare 顶盲端(耳蜗管)

caecum：盲肠 盲端

caecocoloplicopexia 盲肠升结肠折定术 | caecum 盲肠 盲端 | caecus 盲管 盲囊

caecum vestibulare：前庭盲端(耳蜗管)

caecum cupulare 顶盲端(耳蜗管) | caecum vestibulare 前庭盲端(耳蜗管) | caenogenesis 新性发生,新始发生

lagena：蜗管顶盲端

lag phase 延缓期 | lagena 蜗管顶盲端 | laggard 落后者

malpighian tube：马氏管

马氏管及其排泄机能 马氏管( Malpighian tube)于 1669 年由意大利解剖学家 Malpighi 在家蚕中首先被发现而得名.马氏管是 一些浸浴在昆虫血腔中的细长盲管,其基部着生于中,后肠交界处,端部游离或伸入直肠内形成隐肾结构.

protonephridium：原肾管

从扁形动物开始出现了原肾管(ProtonePhridium)的排泄系统. 它存在于这门动物(除无肠目外)所有类群. 原肾管是由身体两侧外胚层陷入形成的,通常由具许多分支的排泄管构成,有排泄孔通体外. 每一小分支的最末端由焰细胞(flame cell)组成盲管.

Malpighian tubules：馬氏管

纵贯于中央(即围脏窦)的一根管道是消化道( alimentary canal),它的前端开口于头部的口前腔,后 端的开口称肛门.位于中肠和后肠交界处的细长盲管是具排泄作用的马氏管(Malpighian tubules).在消 化道的背面,有一根前端开口的细管,