1) Pupilmeter
瞳孔测量
2) pupillarymetry
瞳孔测量仪
1.
MethodsThe size of pupil was measured in 24 eyes of 24 volunteers under scotopic and photopic backgrounds using infred-pupillarymetry before and 30 minutes,4 and 6 hours after brimonidine tartrate drops was administered topi.
2%阿法根滴眼液1滴,在给药前及给药后30 m in、4 h和6 h分别以红外线瞳孔测量仪在不同亮度条件下测定瞳孔的大小。
3) Digital infrared pupillometry
数字化远红外瞳孔测量仪
4) pupil
瞳孔
1.
Scotopic pupil size in patients at pre-LASIK and post-LASIK;
LASIK术前和术后暗视下瞳孔变化的临床研究
2.
Effect of Penehyclidine Hydrochloride on Intraocular Pressure and Pupil Size During Goeneral Anesthesia;
盐酸戊乙奎醚对全麻患者瞳孔大小及眼压的影响
3.
Observation of the Apoptosis of Rabbit s Retinal Cells Induced by Transpupillary Thermotherapy;
经瞳孔热疗后兔眼视网膜细胞凋亡的观察
5) pupil size
瞳孔大小
1.
After instillation of tropicamide 10g/L,pupil size at different time points was measured and the time to reach a pupil diameter of 6mm was recorded before surgery and at 1 month after surgery.
方法:对34例(64眼)接受LASIK治疗的近视眼患者,于术前和术后1mo测量并比较10g/L托吡卡胺扩瞳后5,10,15,20min以及25min时的瞳孔大小,并记录瞳孔达到6mm大小所需时间。
2.
Pupil size,anterior chamber depth and posterior corneal surface altitude were measured with Orbcan-Ⅱanterior segment analyzer before and 1 day and 1 month after LASIK.
目的探讨准分子激光原位角膜磨镶术(laser in situ keratom ileusis,LASIK)对瞳孔大小及前房深度的影响。
6) mydriasis
瞳孔散大
1.
Postoperative Prognosis Analysis of Patients with Mydriasis Caused by Craniocerebral Trauma;
颅脑外伤致双侧瞳孔散大患者术后的预后分析
2.
AIM: To determine the effect of 10g/L cyclopentolate hydrochloride on cycloplegia and mydriasis.
目的:观察国产盐酸环喷托酯滴眼液对人眼睫状肌麻痹和瞳孔散大的效果。
3.
Objective To exploring the way to improve survival rate, we sum up and study the composite treatment method of 141 cases of bilateral mydriasis after severe cerebral injury.
目的总结和研究重型颅脑损伤合并双瞳孔散大伤者的综合救治方法,以探索提高其存活率的多种途径。
参考词条
补充资料:测量与测量结果
测量与测量结果
测量与测量结果测量是以确定某个量的值为目的的一整套运作。例如,用米尺量布以确定布的长度为多少米,用体温汁量体温以确定体温为多少摄氏度等。测量的根本意义在于,可以将不能直接计数的量,如物体的长度、体积(容量)、质量(重量)等,通过测量确定其为多少米、多少升、多少千克等,从而变得可以汁数。依测量对象的性质和预定测量要求的不同,测量可能是简单的,也可能是复杂的。简单的量布和复杂的珠穆朗玛峰海拔高度的测量,都是对长度这个量的测量。 测量结果指由测量所得到的被测之量的量值,而量值则由牧字乘以计量单位组成。不管测量进行得多么仔细,测量结果都只是被测之量的真实量值的一个近似值。因此,在完整表述测量结果时,应包括给出测量不确定度。此外,必要时还要给出一些附加说明,如是单次测量所得还是多次测量所得,系统误差是否已作修正,以及测量时影响量的取值范围等
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