Add to ORKGPossibility of forecasting of dynamics of microalgae’s biomass in conditions of continuous cultivation using the elementary mathematical model is shown.Демонстрируется возможность прогнозирования динамики биомассы микроводорослей в условиях непрерывного режима культивирования с использованием простейших математических моделей
The equations of the relationship between the pigment content of microalgae biomass and surface illu...
A light-dependent growth of the individual cell in turbidostat culture is considered on the basis of...
Background: The use of microalgae has been emerging as a potential technology to reduce greenhouse g...
Possibility of forecasting of dynamics of microalgae’s biomass in conditions of continuous cultivati...
The mathematical model of microalgae growth in chemostat conditions is developed within the framewor...
The dynamics of concentration of nitrogen and phosphorus in culture Dunaliella salina (Dunal) Teod i...
The dynamics of biomass density, chlorophyll a and chlorophyll b, total carotenoids and protein cont...
Simplest mathematical approach for exposition of requirement of microalgae in nutrition element are ...
The description models of growth quasycontinuous cultures of microalgae are offered. Management of g...
A new explanation for linear growth microalgae culture density is proposed. Equations describing the...
The paper provides the numerical expression of relationships between the structural characteristics ...
The review of literary data on world experience of green microalgae Dunaliella salina Teod. cultivat...
A mathematical model to simulate the population dynamics and productivity of macroalgae is described...
Dynamics of total lipid in microalga Dunaliella salina (Dunal) Teod. cells in semicontinuous culture...
Optimal cultivation conditions for cryptophytes microalgae Rhodomonas salina (Wislouch, 1924), the p...
The equations of the relationship between the pigment content of microalgae biomass and surface illu...
A light-dependent growth of the individual cell in turbidostat culture is considered on the basis of...
Background: The use of microalgae has been emerging as a potential technology to reduce greenhouse g...
Possibility of forecasting of dynamics of microalgae’s biomass in conditions of continuous cultivati...
The mathematical model of microalgae growth in chemostat conditions is developed within the framewor...
The dynamics of concentration of nitrogen and phosphorus in culture Dunaliella salina (Dunal) Teod i...
The dynamics of biomass density, chlorophyll a and chlorophyll b, total carotenoids and protein cont...
Simplest mathematical approach for exposition of requirement of microalgae in nutrition element are ...
The description models of growth quasycontinuous cultures of microalgae are offered. Management of g...
A new explanation for linear growth microalgae culture density is proposed. Equations describing the...
The paper provides the numerical expression of relationships between the structural characteristics ...
The review of literary data on world experience of green microalgae Dunaliella salina Teod. cultivat...
A mathematical model to simulate the population dynamics and productivity of macroalgae is described...
Dynamics of total lipid in microalga Dunaliella salina (Dunal) Teod. cells in semicontinuous culture...
Optimal cultivation conditions for cryptophytes microalgae Rhodomonas salina (Wislouch, 1924), the p...
The equations of the relationship between the pigment content of microalgae biomass and surface illu...
A light-dependent growth of the individual cell in turbidostat culture is considered on the basis of...
Background: The use of microalgae has been emerging as a potential technology to reduce greenhouse g...