Search results for "Optimization of impurity"

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Fenibuta piemaisījumu kvantitatīvas noteikšanas metodes optimizācija un validācija

2021

Kokina. P., zinātniskie vadītāji: Dr. ķīm. V. Bartkevičs (LU), Dr. ķīm. A. Bolotin (AS Olainfarm). Maģistra darbs, 147 lappuses, 184 attēli, 75 tabulas, 15 literatūras avoti, 16 pielikumi. Latviešu valodā. Maģistra darbā ir veikta divu piemaisījumu(4-amino-3-fenilbutānskābes etilestera hidrohlorīds un 4-fenil-2-pirrolidons) kvantitatīvas noteikšanas analīzes metodes optimizācija un validācija farmaceitiskā preperāta Noofen® aktīvajai farmaceitiskai vielai (AFV) fenibuts. Metodes optimizācija un validācija bija nepieciešama farmaceitiskā preparāta Noofen® kvalitātes kontroles vajadzībām. Fenibuta paraugi tika analizēti ar augsti efektīvo šķidruma hromatogrāfiju (AEŠH). Optimizācija tika vērs…

FENIBUTS PHENIBUTPIEMAISĪJUMU NOTEIKŠANAS OPTIMIZĀCIJA OPTIMIZATION OF IMPURITY DETERMINATION METHODAUGSTI EFEKTĪVĀ ŠĶIDRUMA HROMATOGRĀFIJA HIGH PERFORMANCE LIQUID CHROMATOGRAPHY4-FENIL-2-PIRROLIDONS 4-PHENYL-2- PYRROLIDONEĶīmija4-AMINO3-FENILBUTĀNSKĀBES ETILESTERA HIDROHLORĪDS 4-AMINO3-PHENYLBUTANOIC ACID ETHYL ESTER HYDROCHLORIDE

researchProduct

Optimization of impurity profile for p-n junction in heterostructures

2005

We analyze the dopant diffusion in p-n-junction in heterostructure, by solving the diffusion equation with space-varying diffusion coefficient. For a step-wise spatial distribution we find the optimum annealing time to decrease the p-n-junction thickness and to increase the homogeneity of impurity concentration in p or n regions.

Diffusion equationMaterials scienceDopantCondensed matter physicsEpitaxial layerAnnealing (metallurgy)radiation defectsHeterojunctionCondensed Matter::Mesoscopic Systems and Quantum Hall EffectCondensed Matter PhysicsElectronic Optical and Magnetic MaterialsCondensed Matter::Materials ScienceImpurityCondensed Matter::SuperconductivityHomogeneity (physics)Effective diffusion coefficientHeterojunctionp–n junctionOptimization of impurity

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