🔧На сайте запланированы технические работы
25.12.2025 в промежутке с 18:00 до 21:00 по Московскому времени (GMT+3) на сайте будут проводиться плановые технические работы. Возможны перебои с доступом к сайту. Приносим извинения за временные неудобства. Благодарим за понимание!
🔧Site maintenance is scheduled.
Scheduled maintenance will be performed on the site from 6:00 PM to 9:00 PM Moscow time (GMT+3) on December 25, 2025. Site access may be interrupted. We apologize for the inconvenience. Thank you for your understanding!

 

Pesquisa

Edição
Título
Autores
Methodology for separation and elemental analysis of volcanic ash nanoparticles
Ermolin M., Fedotov P., Karandashev V., Shkinev V.
Analysis of Silver and Gold Samples from the Borodino Treasure by Inductively Coupled Plasma Mass Spectrometry and Inductively Coupled Plasma Atomic Emission Spectrometry
Karandashev V., Shishlina N., Khvostikov V., Kolchina A., Burmii Z., Loboda A.
Determination of Zinc Impurity Composition by Microwave Plasma Atomic Emission Spectrometry
Saprykin A., Polyakova E., Nomerotskaya Y.
High-Precision Determination of the 238U/235U Isotope Ratio in Rocks by Multicollector Inductively Coupled Plasma Mass Spectrometry
Mandzhieva G., Sadasyuk A., Chernyshev I., Shatagin K., Chugaev A., Gareev B.
Chemiliminescence determination of lipid hydroperoxides in biological fluids
Proskurnina E., Dzhatdoeva A., Lobichenko E., Shalina R., Vladimirov Y.
Gas-chromatographic determination of trace amounts of tetrodotoxin in water, drugs, and blood plasma
Stan’kov I., Kondrat’ev V., Derevyagina I., Morozova O., Selivanova V., Semchenko F., Rufanov K., Dvoretskaya S.
A Methodological Approach to the Analysis of Rocks and Meteorites by Inductively Coupled Plasma Atomic Emission Spectrometry
Sedykh E., Gromyak I., Lorents K., Skripnik A., Kolotov V.
Simultaneous Determination of Zidovudine and Lamivudine in Plasma Samples Using Miniaturized Homogenous Liquid–Liquid Extraction and High-Performance Liquid Chromatography
Rouhollah Heydari , Lotfi Z., Ramezani M.
Analysis of Europium, Yttrium and Lanthanum Compounds by Atomic Emission Spectrometry with Inductively Coupled Plasma
Tsygankova A., Lundovskaya O., Saprykin A.
Determination of Rare-Earth and Accompanying Elements in Niobium−Rare-Earth Ores by Inductively Coupled Plasma Atomic Emission Spectrometry Using Model Calibration and a Mathematical Approach for Resolving Spectral Interferences
Zybinsky A., Kolotov V., Karandashev V., Kordyukov S.
Optimization of N-acetylcysteine Determination by Ion Mobility Spectrometry using Central Composite Design
Tehrani L., Sheibani A., Nazari A.
X-ray fluorescence determination of La, Ce, Pr, Nd, and Sm in industrial sediments of calcium sulfate using linear regression analysis
Zinin D., Bushuev N., Kuznetsov V.
Determination of manganese(II) in wines by stripping voltammetry on solid electrodes
Burmakina G., Mokh N., Maksimov N., Zimonin D., Zhizhaev A., Rubaylo A.
Using of Fractional Separation for the Analysis of MoO3 by Atomic Emission Spectrometry with Inductively Coupled Plasma and Electrothermal Vaporization
Medvedev N., Malitskii A., Tsygankova A., Saprykin A.
Determination of Citrate Ions in Blood Plasma by Capillary Zone Electrophoresis
Polyakova E., Shuvaeva O., Borisov A.
Determination of boron in organic compounds by microwave plasma–atomic emission spectrometry
Bazhenov M., Tikhova V., Fadeeva V.
Possibilities of atomic spectroscopy in the analysis of gold- and silver-based nanoparticles in synthesized sols and biological samples
Sedykh E., Dement’eva O., Kartseva M., Roumyantseva T., Tunyan A., Bannykh L., Gromyak I., Rudoy V.
Analysis of Niobium–Rare-Earth Ores by Inductively Coupled Plasma Mass Spectrometry
Karandashev V., Zybinsky A., Kolotov V., Kordyukov S., Simakov V., Orlova T.
Analysis of Cadmium and Cadmium Oxide by Inductively Coupled Plasma Atomic Emission Spectrometry
Lundovskaya O., Tsygankova A., Petrova N., Saprykin A.
Laser sampling in inductively coupled plasma mass spectrometry in the inorganic analysis of solid samples: Elemental fractionation as the main source of errors
Shazzo Y., Karpov Y.
Possibilities of the Determination of Matrix Elements of High-Purity Glasses of As–Se and As–S Systems by Inductively Coupled Plasma Atomic Emission Spectrometry
Evdokimov I., Pimenov V., Fadeeva D.
A New Method of Mathematical Correction of the Results of Analysis, Obtained by Inductively Coupled Plasma Mass Spectrometry, Ensuring the Elimination of the Interference of Doubly Charged Ions
Cherviakouski K.
Determination of protein adducts of organophosphorus nerve agents in blood plasma
Koryagina N., Savel’eva E., Karakashev G., Babakov V., Dubrovskii Y., Ukolova E., Khlebnikova N., Murashko E., Koneva V., Ukolov A., Kopeikin V., Radilov A.
Determination of a New Antiulcer Drug in Rat Blood Plasma by Liquid Chromatography–Mass Spectrometry
Leonov K., Vishenkova D., Bykov V., Bakibaev A.
New Complexing Polymer Aminothioether Sorbents in the Analytical Control of Recyclable Metal-Containing Raw Material of Rare and Noble Metals
Dal’nova O., Baranovskaya V., Dal’nova Y., Karpov Y.
1 - 25 de 30 resultados 1 2 > >> 
Dicas:
  • Palavras-chave são sensíveis a maiúsculas
  • Preposições e conjunções ingleses são ignoradas
  • Busca é feita por todos os palavras-chave (agente AND experimentador) por omissão
  • Use OR para pesquisar um termo exato, ex.: educação OR formação
  • Use parênteses para criar frases complexas, ex.: arquivo de ((revistas OR conferências) NOT teses)
  • Para pesquisar uma frase precisa use aspas duplas, ex.: "investigações científicas"
  • Exclua uma palavra utilizando o sinal - (hífen) ou operador NOT; ex.: concurso-de beleza ou concurso NOT de beleza
  • Use * como caractere-coringa, ex.: científic* recuperará as palavras "científico", "científicos", etc.