Calculations supported by preliminary infra-red (IR) camera measurements show that the new graphite armor design increases the limit on the discharge duration, due to temperature of the tile edges reaching sublimation point, by an order of magnitude.
The evolution of the current density and temperature distribution in the punch-die-sample set-up during field activated sintering (FAST), also known as spark plasma sintering or pulsed electric current sintering, was modelled by finite element calculations supported by in situ measured electrical and thermal input data.
In order to reveal the fundamentals of the field assisted sintering technique (FAST), also known as spark plasma sintering (SPS), the evolution of the current density and temperature distribution in the punch-die-sample set-up during FAST of ZrO2 TiN powder mixtures was modeled by finite element calculations supported by in situ measured electrical and thermal input data.
The specific objectives included analytical exploration of recruitment and retention rates, patient and care characteristics, clinical differences and effect sizes between groups, selected outcome measures and power calculations supported by collected data to inform the basis of a full-scale trial.
This calculation was supported by computing the chance of missing high-risk cases when using a logistic discriminant function based on LFTs. 2 The index panel comprised: alanine aminotransferase (ALT), aspartate aminotransferase (AST), γ-glutamyltransferase (GGT), bilirubin (Bili), alkaline phosphatase (ALP), albumin (Alb), globulin (Glob), and total protein (Tprot).
The accuracy of the calculation is supported by the comparison of the diffusion coefficient of CaB, derived from the simulations (0.110×10−5 cm2s−1 ±0.022×10−5), with that measured for Lysozyme (0.111×10−5 cm2s−1) [24],[25], a protein with comparable shape and mass.
This power calculation is supported by prior research in other anatomical locations, which detected correlation coefficients r > 0.78 using as few as five cadaveric specimens [ 4].
Calculations were supported by a grant from the Swiss National Supercomputing Centre (CSCS) under project ID s746 and by PRACE project 2016153518.
These calculations are supported by a 200-page study of disaster statistics from 1975 to 2007, assembled by the secretariat of the UN's International Strategy for Natural Disaster Reduction.
Currently, their development is motivated primarily by industrial needs for accurate process-design calculations and supported by steadily advancing computational techniques.
