查询词典 ear-piercing

Nine super sweet corn inbred lines with abroad germplasm T1, T2, T3, M1, M2, M3, R1, R2, R3 were selected as tested lines, and original inbred lines B, C, D, 6, D2 as testing ones in this examination. 45 crosses were made by means of incomplete diallel method, and the genetic parameters of the groups and the combing ability of 10 traits, growth period, plant height, ear height, ear length, ear diameter, core diameter, baldhead length, rows per ear, kernels per row, single ear weight were tested and analyzed by means of NCⅡ design.

选用具有国外血缘的T1、T2、T3、M1、M2、M3、R1、R2和R3共9个超甜玉米自交系做被测系，以原有5个自交系B、C、D、6和D2做测验系，采用不完全双列杂交法组配出F1杂交组合45个，对生育期、株高、穗位高、穗长、穗粗、芯粗、秃尖长、穗行数、行粒数、单穗重10个性状按NCⅡ设计的原理和方法进行配合力测定与分析，并估算群体遗传参数。

The result showed that with the increasing of density, plant height was increased, stem diameter and ear diameter was decreased, ear was shorten, rare top length、No. of ear nod、ear height was increased;brace root number and total root number was decreased, the rate of root dry weight was increased within farming layers; population dry matter accumulation was increased and plant dry matter accumulation presented the opposite trend; ear linage、kernels per ear、100-kernels weight、double-ear rate、plant yield was decreased, yield was increased and decreased successively.

结果表明：随群体密度的增加植株高度增高、茎粗、穗粗变细、果穗变短，秃尖长度、穗位节数和穗位高度呈现增加的趋势；气生根与总根数减少，耕层根系干重比例增加；群体干物质积累量随密度增加而增加，单株干物质积累量呈相反的趋势；穗行数、穗粒数、百粒重、双穗率、单株产量均随密度的增加而减低，群体产量先增后降。

With the development of Immunology, its theory and technique application in the field of Otology, it is known gradually that inner ear is not immuno- privileged organ, it has the capacity of immuno- response defence and regulation. In certain circum- stances, the tissue of inner ear may become an autoantigen, which stimulates immune response of inner ear, induces inner ear lesions, causes Autoimmune Inner Ear Disease . Investigation into the inner ear immunity has opened up a new way of studing uncertain inner ear diseases.

随着免疫学的发展，免疫学理论和技术在耳科领域日益广泛的应用，使人们逐步认识到，内耳并非免疫"豁免"器官，它具有免疫应答、免疫防御和免疫调节能力；在某些病理情况下，内耳组织可成为自身抗原，激发内耳免疫反应，导致内耳损害，引起自身免疫性内耳病，对内耳免疫学的探讨，已为不明原因的内耳病的研究开辟了新的途径。

It influences the spike length, the diameter of stalk and ear-corn; influences seed weight, the weight of seeds per ear, ear-corn, bracteal leaf, ear axis; the number of seeds per ear and per line, line number, the volume and weight of 100 seeds, and the seed density. Enhanced UV-B radiation also effects accumulation of dry matter with different influence in different growing period and different organ.

对玉米生长动态的影响包括干物质生产速率减小，且生育期不同玉米干物质积累所受到的影响也不同，同一个生育期不同UV-B处理下玉米不同器官所受到的影响程度不同。

Results: On dichotic listening task, the schizophrenic patients showed a left ear advantage during the non-forced condition, while the healthy subjects a right ear advantageLI}. An accuracy level of the schizophrenic patients' right ear, however, increased dramatically during the forced-right condition. When attending to the one ear,the schizophrenic patients showed an inability to ignore irrelevant stimuli from the other ear.

结果：两耳分听实验结果显示，非注意条件时，精神分裂症患者为左耳优势，而正常人则表现为右耳优势；精神分裂症患者在注意左耳或右耳时的成绩虽有明显提高，但对另一侧耳信息的抑制能力与正常人相比明显减弱。

It is not recommended to have Ear Candling if you have a perforated ear drum, if grommets are fitted and still in place inside the ear, or if you have a cochlear implant, also if there is inflammation inside the ear or on medication for ear, nose or throat conditions from your Doctor.

这是不建议有耳烛如果您有穿孔的耳朵鼓，如果grommets装有仍然在的地方，内耳，或如果您有一个人工耳蜗植入术，也如果有炎症内的耳或对药物耳，鼻子或喉咙条件，从你的医生。

There were six themes in this study. First of all, the geometry of in-vivo human pinna and ear canal was measured non-invasively. The 3D model of pinna and ear canal was reconstructed and then measured based on the image processed by HRCT. Second, the 2D curvature of in-vivo human ear canal was measured non-invasively. The angles and curvatures of superior and inferior walls of first and second bends were measured. The 2D curvature of ear canal was computed by sine and cosine laws. Third, the in-vivo human ear canal was reconstructed by RE. The distribution of sound field was analyzed by FEM. The data obtained in this study can be the reference for clinicians and audiologists. Fourth, the 3D model of earmold of hearing aids, including the ear shell and the housing, was reconstructed by RE based on the image of in-vivo human ear canal obtained by CT.

本研究主题其四，对於听力受损之患者往往皆须选配助听器帮助其放大声音，其中耳模是助听器的外壳，也是接触到耳朵的仪器，而耳道型助听器系位於耳甲艇及耳甲腔延伸至耳道第一弯道处，在制作耳模必须利用灌模方式来取得紧配之耳模，其中耳模在助听器的使用过程中，常因耳模松脱，无法与人耳道紧密配合而造成漏音，因此，利用活体人外耳道电脑断层影像，重建耳道型助听器耳模之三维立体模型影像，其中耳模包括了耳壳及耳模内部空间，并进行几何外型量测，探讨耳道型助听器之体容积大小，也提供了制作耳模时快速、精确度高、减少翻模及修模次数，可减少误差率之方法。

Wet ears not dried after swimming or bathing, a build up of ear wax, grass seeds and fox tails, untreated ear mites, using cotton tips to clean ears (which pushes things further into the ear), and growths in the ear canal, can all lead to ear infections.

耳朵不湿晒干后游泳或洗澡，建立耳蜡、草种子、狐狸尾巴未处理耳螨，用棉小费干净耳朵稳定增长的外耳道，都可导致耳感染。

The results showed that the order of the effects of vary traits on the yield was lodging resistance, ear height, ear yield rate, plant height, rows per ear, thousand kernel weight, growth period, ear length, ear thicks, weight per ear, kernel per row.

结果表明，湖北省玉米种植区玉米杂交种产量与主要农艺性状的关联度大小排序为抗倒性＞穗位高＞出子率＞株高＞穗行数＞千粒重＞生育期＞穗长＞穗粗＞单穗粒重＞行粒数，与产量密切相关的是品种的抗倒性、穗位高、出子率、株高、穗行数。

CASE REPORTAfter analyzing the identification data in 47 cases of ear trauma from January, 1994 to April, 2002, it was studied that the correlated problems of forensic clinical identification for ear trauma. Out of 47 cases of ear trauma, male was 72%, 30～49 of ages was 60%, the farmers and workers occupy 51%, the civil case occupies 85%. The part of ear injury was most of auricle of ear(43%)and ear drum(25%). There was no different in injury of right and left ear and the flesh trauma occupies 66%.

病例报告通过对 1994年 1月至 2 0 0 2年 4月的 47例耳外伤鉴定资料分析，探讨在耳外伤法医临床学鉴定中涉及的相关问题。47例耳外伤中男性占72 %，年龄 30～ 49岁占 6 0 %，工人和农民占 5 1%，民事案件占 85 %，损伤部位以鼓膜和耳廓损伤为多，分别占 43%和 2 5 %，左右耳受伤机率基本相同，轻伤占 6 6 %。

Since historical times,England ,where the early inhabitants were Celts, has been conquered three times .

从有历史以来，英国，在此地早期居住的是凯尔特人，已经被征服了三次。

Bluetooth OBEX File Transfer Enables the sending and receiving of files on your phone via Bluetooth.

蓝牙OBEX文件移动允许经过蓝牙传送和接受文件。。。。