CORE 2 from Body Media. Triaxial accelerometer, temperature, heat flux and galvanic skin response sensors. Offers "a choice of interchangeable jewelry- like faceplates, straps and cuffs for a fashion look." Will have heart rate monitoring option, Bluetooth, and "data-rich mobile and online apps that can help users make smart food, #exercise and lifestyle-related health decisions every day." Previewed at CES, available later in 2013. www.bodymedia.com #fitness

BodyMedia's CORE 2 armband tracks your health, or lack thereof

CORE 2 from Body Media. Triaxial accelerometer, temperature, heat flux and galvanic skin response sensors. Offers "a choice of interchangeable jewelry- like faceplates, straps and cuffs for a fashion look." Will have heart rate monitoring option, Bluetooth, and "data-rich mobile and online apps that can help users make smart food, #exercise and lifestyle-related health decisions every day." Previewed at CES, available later in 2013. www.bodymedia.com #fitness

BodyMedia's CORE 2 armband is known for its accurate activity and calorie tracking, from integrating data off multiple sensors. The new Core 2 has the same measurements that are currently available (core temperature, heat flux, galvanic skin response, and tri-axial accelerometry) in a smaller package with skinnable looks. Integrated heart rate monitor will also be available. Measures: Temperature, Heat Flux, Galvanic Skin Response, Activity, Heart Rate (optional). Sync via Bluetooth 4.0

BodyMedia's CORE 2 armband tracks your health, or lack thereof

BodyMedia's CORE 2 armband is known for its accurate activity and calorie tracking, from integrating data off multiple sensors. The new Core 2 has the same measurements that are currently available (core temperature, heat flux, galvanic skin response, and tri-axial accelerometry) in a smaller package with skinnable looks. Integrated heart rate monitor will also be available. Measures: Temperature, Heat Flux, Galvanic Skin Response, Activity, Heart Rate (optional). Sync via Bluetooth 4.0

He's done the most extensive and amazing experimentation with copper, heat, fluxes, Patina ..... Must read more Copper Red Patina

He's done the most extensive and amazing experimentation with copper, heat, fluxes, Patina ..... Must read more Copper Red Patina

A Data Parallel Line Relaxation (DPLR) simulation of an experimental test, used to characterize the influence of the Orion vehicle's reaction control system on the aerothermal environments. The surface heat flux and Mach contours are illustrated along with the jet enthalpy. <em>Chun Tang, NASA/Ames</em>

A Data Parallel Line Relaxation (DPLR) simulation of an experimental test, used to characterize the influence of the Orion vehicle's reaction control system on the aerothermal environments. The surface heat flux and Mach contours are illustrated along with the jet enthalpy. <em>Chun Tang, NASA/Ames</em>

Evaporative heat flux (Q e ) 51% of the heat input into the ocean is used for evaporation. Evaporation starts when the air over the ocean is unsaturated. -  ppt download

Evaporative heat flux (Q e ) 51% of the heat input into the ocean is used for evaporation. Evaporation starts when the air over the ocean is unsaturated. - ppt download

High geothermal heat flux measured below the West Antarctic Ice Sheet | Science Advances

High geothermal heat flux measured below the West Antarctic Ice Sheet | Science Advances

EXPERIMENTAL INVESTIGATION ON EFFECTS OF HEAT FLUX AND DENSITY ON SMOLDERING OF COTTON

EXPERIMENTAL INVESTIGATION ON EFFECTS OF HEAT FLUX AND DENSITY ON SMOLDERING OF COTTON

Heat Flux,Effects Of Heat,Investigations,Cotton

He's done the most extensive and amazing experimentation with copper, heat, fluxes, Patina ..... Must read more Copper Red Patina

He's done the most extensive and amazing experimentation with copper, heat, fluxes, Patina ..... Must read more Copper Red Patina

Enceladus Heat map of the south polar fractures, dubbed 'tiger stripes'.The observed power output of 4.7 gigawatts is challenging to explain from tidal heating alone, so the main source of heat remains a mystery.[4][84] Most scientists think the observed heat flux of Enceladus is not enough to maintain the subsurface ocean, and therefore any subsurface ocean must be a remnant of a period of higher eccentricity and tidal heating, or the heat is produced through another mechanism.[

Enceladus Heat map of the south polar fractures, dubbed 'tiger stripes'.The observed power output of 4.7 gigawatts is challenging to explain from tidal heating alone, so the main source of heat remains a mystery.[4][84] Most scientists think the observed heat flux of Enceladus is not enough to maintain the subsurface ocean, and therefore any subsurface ocean must be a remnant of a period of higher eccentricity and tidal heating, or the heat is produced through another mechanism.[

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