To circumvent the negative impacts of in vitro culture on bovine embryos, we have recently established a new method, the so called intra-follicular oocyte transfer (IFOT), enabling in vivo fertilization and in vivo development of in vitro matured oocytes up to the blastocyst stage as well as to term.
This method, the so called classical Lie method of infinitesimal transformations, has been applied last year to important partial differential equations (PDEs) which arise from mathematics and physics.
Exergy analysis method (the so-called low exergy or LowEx approach) has been and still being successfully used to design and evaluate sustainable buildings.
The feasibility and stability of the method is discussed, which involves an important property of the method, the so-called Jensen condition.
In other words, the statistical autoregressive integrated moving average (ARIMA) model and existing engineering cost estimation method, the so-called escalation rate model, were subjected to a comparative analysis.
The present study introduces a new method, the so-called point-hydraulics model (PHM), to establish a criterion for predicting the onset of a self-sustaining flow oscillation in a closed cooling system.
A recently developed method (the so-called BIE-NtD method) based on boundary integral equations (BIEs) and Neumann-to-Dirichlet (NtD) maps achieves high order of accuracy for dielectric waveguides.
One method, the so-called 'T-block' approach, has received considerable attention in the literature, but the accompanying problem of ill-conditioning has not been fully addressed until now.
By using a high temperature solution method, the so-called "flux method", and by choosing an appropriate chemical composition of the flux solution, we obtained periodically domain-structured KTP layers with thicknesses up to 800 μm and regular periodicity onto (001) and (001̄) faces of the initial PPKTP seeds.
This study deals with modeling and analyzing the performance of greenhouses from the power plant through the heating system to the greenhouse envelope using exergy analysis method, the so-called low exergy or LowEx approach, which has been and still being successfully used in sustainable buildings design, for the first time to the best of the author's knowledge.
In this note, we need an iterative method, the so-called Krasnosel'skiĭ-Mann-Opial type iterative procedure which is defined as follows.
