Search for tag: "flow"

83 Media

TS02February2024_SBiswas duration 1 hour 3 minutes TS02February2024_SBiswas TS02February2024_SBiswas	TS02February2024_SBiswas dynamo +20 More From PPPL Admins 0 likes 1 plays
FIPP20September2024 duration 1 hour 3 minutes FIPP20September2024 FIPP20September2024	FIPP20September2024 ppplonly +20 More From PPPL Admins 0 likes 0 plays
TS31October2024_HSun duration 57 minutes 50 seconds TS31October2024_HSun TS31October2024_HSun	TS31October2024_HSun momentum +20 More From PPPL Admins 0 likes 1 plays
TS03October2024_ASainterme duration 1 hour 15 minutes TS03October2024_ASainterme TS03October2024_ASainterme	TS03October2024_ASainterme mode +20 More From PPPL Admins 0 likes 0 plays
Princeton MAE-Frontiers of Aerospace Engineering:… duration 1 hour 5 minutes Princeton MAE-Frontiers of Aerospace Engineering:… Princeton MAE-Frontiers of Aerospace Engineering: "Plastic Rockets: designing micro ion electrospray thrusters from the ground up"	Princeton MAE-Frontiers of Aerospace Engineering: "Plastic Rockets: designing micro ion electrospray thrusters from the ground up" paulo lozano +23 More From Broadcast Broadcast Center Staff 0 likes 6 plays Date October 25th, 2024 Speaker Paulo Lozano Department Princeton MAE Location Bowen 222
TS23September2024_AJayalekshmi duration 50 minutes 33 seconds TS23September2024_AJayalekshmi TS23September2024_AJayalekshmi	TS23September2024_AJayalekshmi flux +20 More From PPPL Admins 0 likes 4 plays
Ren, Z. Jason - "A.I. /ML Research for Water… duration 6 minutes 22 seconds Ren, Z. Jason - "A.I. /ML Research for Water… Ren, Z. Jason - "A.I. /ML Research for Water and Energy Nexus"	Ren, Z. Jason - "A.I. /ML Research for Water and Energy Nexus" AI for Accelerating Invention, a new Princeton AI Lab initiative, integrates artificial intelligence into engineering research, developing new technologies and tools to accelerate the process of… z.jason ren +20 More From Broadcast Broadcast Center Staff 0 likes 11 plays Date August 29th, 2024 Speaker Z. Jason Ren Department Princeton AI Labs Location Friend 113
RM_August2024 duration 1 hour 0 minutes RM_August2024 RM_August2024	RM_August2024 flow +20 More From PPPL Admins 0 likes 1 plays
OURSIP Intern - Minh Thanh Nguyen duration 4 minutes 18 seconds OURSIP Intern - Minh Thanh Nguyen OURSIP Intern - Minh Thanh Nguyen	OURSIP Intern - Minh Thanh Nguyen Towards Increasing Pervaporation-driven Crystal Nucleation Rates in Multiphase Microfluidics Advised by:Howard A. Stone \| Mechanical and Aerospace Engineering Fernando Temprano-Coleto \| Andlinger… flow +19 More From our Undergraduate Research 2 likes 19 plays Date August 1st, 2024 Speaker Minh Thanh Nguyen Department Office of Undergraduate Research
TS25April2024_JLi duration 1 hour 5 minutes TS25April2024_JLi TS25April2024_JLi	TS25April2024_JLi ppplonly +20 More From PPPL Admins 0 likes 11 plays
JPP23May2024_WChoe duration 47 minutes 15 seconds JPP23May2024_WChoe JPP23May2024_WChoe	JPP23May2024_WChoe ppplonly +20 More From PPPL Admins 0 likes 41 plays
16May2024_RErgun duration 1 hour 20 minutes 16May2024_RErgun 16May2024_RErgun	16May2024_RErgun reconnection +20 More From PPPL Admins 0 likes 3 plays
TS30April2024_PGaraud duration 55 minutes 56 seconds TS30April2024_PGaraud TS30April2024_PGaraud	TS30April2024_PGaraud scale +20 More From PPPL Admins 0 likes 6 plays
Safe Underwater Navigation for Coral Reef… duration 3 minutes 0 seconds Safe Underwater Navigation for Coral Reef… Safe Underwater Navigation for Coral Reef Conservation, Madison Bland, GS (C1B8DA91)	Safe Underwater Navigation for Coral Reef Conservation, Madison Bland, GS (C1B8DA91) Coral reefs are one of the most biologically diverse and economically valuable ecosystems on the planet. They provide a critical habitat for marine life and serve as a foundation for many… flow +18 More From Research Princeton Research Day 3 likes 76 plays Date May 3rd, 2024 Speaker Madison Bland, GS (C1B8DA91) Department Electrical and Computer Engineering
Fiber Formation Based on Nonequilibrated Aqueous… duration 2 minutes 55 seconds Fiber Formation Based on Nonequilibrated Aqueous… Fiber Formation Based on Nonequilibrated Aqueous Two-phase Systems, Maria Luisa Parada, UG '26 (751583FB)	Fiber Formation Based on Nonequilibrated Aqueous Two-phase Systems, Maria Luisa Parada, UG '26 (751583FB) Liquid-liquid phase separation is a fascinating and ever-evolving phenomenon that has captured renewed attention, particularly in the fields of biology and material synthesis. Our focus has been on… prd24 +19 More From Research Princeton Research Day 3 likes 36 plays Date May 3rd, 2024 Speaker Maria Luisa Parada, UG '26 (751583FB) Department Physics
Understanding the Backyard Bird Can Improve… duration 3 minutes 14 seconds Understanding the Backyard Bird Can Improve… Understanding the Backyard Bird Can Improve Aircraft Design, Hannah Wiswell, GS (2F33196F)	Understanding the Backyard Bird Can Improve Aircraft Design, Hannah Wiswell, GS (2F33196F) Bioinspired design connects biology and engineering, allowing us to gain insights about a particular species while also improving structural design. Birds, for example, have provided inspiration to… prd24 +20 More From Research Princeton Research Day 5 likes 57 plays Speaker Hannah Wiswell, GS (2F33196F) Department Mechanical and Aerospace Engineering