Chinese to English: Chinese Literature (word document)
General field: Art/Literary
Detailed field: Poetry & Literature | |
Source text - Chinese
Chinese (simplified) | Translation - English
English |
Chinese to English: Business contract
General field: Law/Patents
Detailed field: Law: Contract(s) | |
Source text - Chinese
Chinese (simplified) | Translation - English
English |
Japanese to English: Insurance Claims
General field: Law/Patents
Detailed field: Insurance | |
Source text - Japanese
Japanese | Translation - English
English |
Japanese to English: School documents
General field: Bus/Financial
Detailed field: Education / Pedagogy | |
Source text - Japanese
Japanese | Translation - English
English |
Chinese to English: Brandy marketing
General field: Marketing
Detailed field: Food & Drink | |
Source text - Chinese
Chinese | Translation - English
English |
English to Bemba: Survey
General field: Social Sciences
Detailed field: Government / Politics | |
Source text - English
English | Translation - Bemba
Bemba |
English to Chinese: Medical laser applications
General field: Medical
Detailed field: Medical (general) | |
Source text - English
For ophthalmic application, retinal photocoagulation has been reported by using various visible and IR
lasers such as argon blue-green laser (488/514 nm), double-YAG green laser (at 532 nm), krypton
laser (at 647 nm) and diode lasers (at 806-810 nm). Photocoagulation process was also used to seal
leak blood vessels for the treatment of age-related macular degeneration (AMD) which has two types,
the choroidal neovascular (“CNV”, wet) and non-neovascular (dry). In the wet AMD, the vascular
ingrowth causes photoreceptor destruction, or bleeding with extensive loss of vision. The major
drawback of photocoagulation to destroy the vascular growth beneath the retina is the nonselective
necrotic damage to the adjacent normal retina and the thermal damage in the subfocal area which
can cause the recurrence of the neovascular tissue. However, a short-pulse (about 3 ns) green laser
has been successfully used for the treatment of open-angle glaucoma.
| Translation - Chinese
眼科使用的视网膜激光凝固法通过运用几种可见及IR激光表明了，例如氩蓝绿激光（488/514 nm), 双YAG 绿激光(532nm), 氪激光(647 nm) 和二极管激光(806-810 nm).激光凝固法也为封闭破裂的血管运用的，治疗两种的衰老黄斑变性（AMD), 脉络膜新生血管（“CNV”，湿的）和无新生血管（干的）。在湿的AMD，血管瘤使光感受器被破坏或流血造成极度的视力失去。激光凝固法消灭视网膜下的血管瘤最大的缺点就是无选血管坏死的损坏对临近的正常视网膜和副焦点区域的热损伤，这能引起新生脉管组织的递归。不过，短脉搏（大概3 ns)绿光对开角青光眼医疗有成。 |
Expertise 