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Journal of Chemical Physics, 2014 Absolute coagulation rate constants were determined by independently, instead of simultaneously, using static and dynamic light scattering with the requested optical factors calculated by T-matrix method.
Shenghua Xu, Xu Shenghua, Sun Zhiwei
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Journal of Food Engineering, 2007 The objective of this study was to investigate a novel light backscatter sensor, with a large field of view relative to curd size, for continuous on-line monitoring of coagulation and syneresis to improve curd moisture content control.
C C Fagan, Manuel Castillo, F A Payne
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Recent Experiences with Light Coagulation
Archives of Ophthalmology, 1960It is the purpose of this paper to give a short summary of our experiences with the Zeiss light coagulator over the past two years. The basic principles and design of this apparatus are well-documented in the literature 1-3 and will not be discussed further. When this instrument was first used by Dr.
H, WIESINGER, D, GUERRY, W J, GEERAETS
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Light Coagulation with Indirect Ophthalmoscopy
Archives of Ophthalmology, 1959Chorioretinal burns due to exposure of the retina to direct sunlight have been recognized for many years as the cause of eclipse blindness. In 1916, Verhoeff and Bell analyzed the physical principles of this phenomenon and performed animal experiments wherein they were able to produce such burns.
R J, BROCKHURST, E, WOLF, C L, SCHEPENS
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Food Hydrocolloids, 2017 Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)Enzymatic milk coagulation affects parameters such as yield, moisture content and texture and various methodologies have been used to evaluate this process. Thus, the present work comparatively
Bruno Ricardo De Castro Leite Júnior +2 more
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Indications for Light Coagulation of the Retina
Archives of Ophthalmology, 1960Light coagulation is a new therapeutic measure in ophthalmology. Started in 1948 by Dr. Meyer-Schwickerath, light coagulation is based on the principle of focusing the sun's rays to produce heat. 1 Since its inception early prototypes of the light coagulator have given way to the present day precisely engineered instrument.
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Treatment of Diabetic Retinopathy by Light Coagulation
American Journal of Ophthalmology, 1966THE idea for the treatment of advanced diabetic retinopathy by light-coagulation was first introduced by Meyer-Schwickerath (1954) of Essen, Germany. The instrument used was the light-coagulation apparatus developed by Dr. H. Littman and manufactured by the firm of Carl Zeiss.
P C, Wetzig, C N, Jepson
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Diabetic retinopathy and light-coagulation
Documenta Ophthalmologica, 1977In diabetic retinopathy, a low resistance of flow between choroid and retina is found which goes with an increased intake of tissue fluid into the retinal vessels and the appearance of retinal oedema. Light coagulation destroys the choriocapillaris which does not regenerate.
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