What does CFD stand for in medical terms?
Computational fluid dynamics (CFD) is a mechanical engineering field for comprehensively analyzing fluid flow, heat transfer, and associated phenomena with the use of computer-based simulation. The technique is very powerful and spans a wide range of areas.
What does MPE Si stand for?
MPE is short for Maximum Permissible Exposure. The MPE is the level of laser radiation, that, under normal circumstances, persons may be exposed without suffering damage. In general the MPE is laser class 2, meaning max. 1mW.
What does SFD mean in medical terms?
Objective: To demonstrate the differences in intrauterine fetal deaths and neonatal deaths between small for date (SFD) and Non-SFD neonates by applying a novel classification from both Z scores of placental weight (PW) and fetal/placental weight ratio (F/P) to small for gestational age (SGA) neonates.
What does NPE stand for?
non-person entity (NPE) – Glossary | CSRC.
What is SFD surgery?
Purpose of review: Surgical flow disruptions (SFD) are deviations from the progression of a procedure which can be potentially compromising to the safety of the patient.
What is an NPE healthcare?
A Non- Paternity Event (“NPE”) was originally the term used to explain the break in the paternal line for a male.
What is MPE instrument?
What is MPE? MPE is a new specification based on MIDI, the universal protocol for electronic music. MPE allows digital instruments to behave more like acoustic instruments in terms of spontaneous, polyphonic sound control. So players modulate parameters like timbre, pitch, and amplitude — all at the same time.
What is MPE slide?
MPE (MIDI Polyphonic Expression) allows you to control multiple instrument parameters simultaneously depending on how you press the notes on your MPE-capable MIDI controller. With MPE you can change these individual values for every note in real-time: Pitch Bend (horizontal movement) Slide (vertical movement)
What is the CFD process?
Computational Fluid Dynamics (CFD) is a type of analysis that provides insight into solving complex problems, and allows engineers the ability to test the effects of fluid flow on their designs – this is done without the need to conduct real-world experiments.