AELAB INDUSTRIES

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HEAT

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Categories

- OPTICS(Light)

- ATOMIC AND MODERN PHYSICS

- LASER AND FIBER OPTICS

PHYSICS EXPERIMENTS

- ATOMIC PHYSICS

- LASER & FIBER OPTICS

ANALYTICAL EQUIPMENT

MICROSCOPE AND ACCESSORIES

HEATING. COOLING. SHAVING AND CLEAN AIR EQUIPMENT

PHARMACY EQUIPMENT

BOROSILICATE GLASSWARE

CHEMISTRY LABWARE

BIOLOGY LABWARE

- DISSECTING INSTRUMENT

- PREPARE SLIDE AND SPECIMEN

- PLANT PHYSIOLOGY

- ANALYTICAL MODEL (FIBERGLASS)

EDUCATIONAL CHARTS

EHT-101 DETERMINATION OF THE COEFFICIENT OF LINEAR EXPANSION OF A ROD BY OPTICAL LEVER METHOD

EHT-102 THERMAL CONDUCTIVITY OF A RUBBER IN THE FORM OF A TUBE

EHT-103 THERMAL CONDUCTIVITY OF A GLASS IN THE FORM OF A TUBE

EHT-104 SPECIFIC HEAT OF SOLID BY METHOD OF MIXTURE AND RADIATION CORRECTION

EHT-105 TO DETERMINE THE SPECIFIC HEAT OF LIQUID (GLYCERINE)BY THE METHOD OF COOLING

EHT-106 TO FIND THE CO-EFFICIENT OF THERMAL CONDUCTIVITY OF COPPER USING SEARLE’S CONDUCTIVITY APPARATUS

EHT-107 TO FIND THE CO-EFFICIENT OF THERMAL CONDUCTIVITY OF A BAD CONDUCTOR BY LEE'S METHOD

EHT-108 TO DETERMINE THE MECHANICAL EQUIVALENT OF HEAT USING JOULE’S CALORIMETER

EHT-109 TO DETERMINE THE MECHANICAL EQUIVALENT OF HEAT BY CALLENDER & BARNE’S CONSTANT FLOW METHOD

EHT-110 TO STUDY TEMPERATURE DEPENDENCE OF RADIATION AND DETERMINATION OF STEFAN'S CONSTANT

EHT-111 TO DETERMINE THE VALUE OF STEFAN’S CONSTANT BY BLACK COPPER RADIATION PLATES (ELECTRICAL METHOD)

EHT-112 TO DETERMINE THE CO-EFFICIENT OF THERMAL CONDUCTIVITY OF THE GIVEN BAR USING FORBE’S METHOD

EHT-113 DETERMINATION OF J BY SEARLE'S FRICTION CONE APPARATUS (CONVERSION OF MECHANICAL ENERGY INTO HEAT ENERGY)

EHT-114 HEATING EFFICIENCY OF ELECTRICAL KETTLE WITH VARYING VOLTAGES

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