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Motion detectors

(879 products available)

internal tissue stresses without explicit FEM simulation Causal reinforcement learning for discovering optimal ergonomic - Product Image 1

internal tissue stresses without explicit FEM simulation Causal reinforcement learning for discovering optimal ergonomic - Product Image 2

internal tissue stresses without explicit FEM simulation Causal reinforcement learning for discovering optimal ergonomic - Product Image 3

internal tissue stresses without explicit FEM simulation Causal reinforcement learning for discovering optimal ergonomic - Product Image 4

internal tissue stresses without explicit FEM simulation Causal reinforcement learning for discovering optimal ergonomic - Product Image 5

internal tissue stresses without explicit FEM simulation Causal reinforcement learning for discovering optimal ergonomic - Product Image 6

internal tissue stresses without explicit FEM simulation Causal reinforcement learning for discovering optimal ergonomic

£14.79

Min. order: 1 unit

dynamic temperature regulated stiffness modulation of supportive garments Triboelectric nanogenerators based on hierarchical - Product Image 1

dynamic temperature regulated stiffness modulation of supportive garments Triboelectric nanogenerators based on hierarchical - Product Image 2

dynamic temperature regulated stiffness modulation of supportive garments Triboelectric nanogenerators based on hierarchical - Product Image 3

dynamic temperature regulated stiffness modulation of supportive garments Triboelectric nanogenerators based on hierarchical - Product Image 4

dynamic temperature regulated stiffness modulation of supportive garments Triboelectric nanogenerators based on hierarchical - Product Image 5

dynamic temperature regulated stiffness modulation of supportive garments Triboelectric nanogenerators based on hierarchical - Product Image 6

dynamic temperature regulated stiffness modulation of supportive garments Triboelectric nanogenerators based on hierarchical

£14.79

Min. order: 1 unit

Liquid crystal network actuators with photo reversible bonds enabling light powered infinitely reprogrammable haptic feedback - Product Image 1

Liquid crystal network actuators with photo reversible bonds enabling light powered infinitely reprogrammable haptic feedback - Product Image 2

Liquid crystal network actuators with photo reversible bonds enabling light powered infinitely reprogrammable haptic feedback - Product Image 3

Liquid crystal network actuators with photo reversible bonds enabling light powered infinitely reprogrammable haptic feedback - Product Image 4

Liquid crystal network actuators with photo reversible bonds enabling light powered infinitely reprogrammable haptic feedback - Product Image 5

Liquid crystal network actuators with photo reversible bonds enabling light powered infinitely reprogrammable haptic feedback - Product Image 6

Liquid crystal network actuators with photo reversible bonds enabling light powered infinitely reprogrammable haptic feedback

£14.79

Min. order: 1 unit

magnitude higher energy harvesting efficiency from movement Strain mediated magnetoelectric antennas for ultra low power - Product Image 1

magnitude higher energy harvesting efficiency from movement Strain mediated magnetoelectric antennas for ultra low power - Product Image 2

magnitude higher energy harvesting efficiency from movement Strain mediated magnetoelectric antennas for ultra low power - Product Image 3

magnitude higher energy harvesting efficiency from movement Strain mediated magnetoelectric antennas for ultra low power - Product Image 4

magnitude higher energy harvesting efficiency from movement Strain mediated magnetoelectric antennas for ultra low power - Product Image 5

magnitude higher energy harvesting efficiency from movement Strain mediated magnetoelectric antennas for ultra low power - Product Image 6

magnitude higher energy harvesting efficiency from movement Strain mediated magnetoelectric antennas for ultra low power

£14.79

Min. order: 1 unit

during movement Developing a wearable Raman spectroscopy system for non invasive detection of metabolic byproducts - Product Image 1

during movement Developing a wearable Raman spectroscopy system for non invasive detection of metabolic byproducts - Product Image 2

during movement Developing a wearable Raman spectroscopy system for non invasive detection of metabolic byproducts - Product Image 3

during movement Developing a wearable Raman spectroscopy system for non invasive detection of metabolic byproducts - Product Image 4

during movement Developing a wearable Raman spectroscopy system for non invasive detection of metabolic byproducts - Product Image 5

during movement Developing a wearable Raman spectroscopy system for non invasive detection of metabolic byproducts - Product Image 6

during movement Developing a wearable Raman spectroscopy system for non invasive detection of metabolic byproducts

£14.79

Min. order: 1 unit

Magnetoencephalography MEG source localization to track the cortical proprioceptive maps degradation under fatigue Detection - Product Image 1

Magnetoencephalography MEG source localization to track the cortical proprioceptive maps degradation under fatigue Detection - Product Image 2

Magnetoencephalography MEG source localization to track the cortical proprioceptive maps degradation under fatigue Detection - Product Image 3

Magnetoencephalography MEG source localization to track the cortical proprioceptive maps degradation under fatigue Detection - Product Image 4

Magnetoencephalography MEG source localization to track the cortical proprioceptive maps degradation under fatigue Detection - Product Image 5

Magnetoencephalography MEG source localization to track the cortical proprioceptive maps degradation under fatigue Detection - Product Image 6

Magnetoencephalography MEG source localization to track the cortical proprioceptive maps degradation under fatigue Detection

£14.79

Min. order: 1 unit

Gamification design principles for engaging occupational safety training tools Cultural and organizational determinants - Product Image 1

Gamification design principles for engaging occupational safety training tools Cultural and organizational determinants - Product Image 2

Gamification design principles for engaging occupational safety training tools Cultural and organizational determinants - Product Image 3

Gamification design principles for engaging occupational safety training tools Cultural and organizational determinants - Product Image 4

Gamification design principles for engaging occupational safety training tools Cultural and organizational determinants - Product Image 5

Gamification design principles for engaging occupational safety training tools Cultural and organizational determinants - Product Image 6

Gamification design principles for engaging occupational safety training tools Cultural and organizational determinants

£14.79

Min. order: 1 unit

Feedback for Preventing Overexertion Injuries in Material Handling Workers A Comparative Evaluation of Wearable - Product Image 1

Feedback for Preventing Overexertion Injuries in Material Handling Workers A Comparative Evaluation of Wearable - Product Image 2

Feedback for Preventing Overexertion Injuries in Material Handling Workers A Comparative Evaluation of Wearable - Product Image 3

Feedback for Preventing Overexertion Injuries in Material Handling Workers A Comparative Evaluation of Wearable - Product Image 4

Feedback for Preventing Overexertion Injuries in Material Handling Workers A Comparative Evaluation of Wearable - Product Image 5

Feedback for Preventing Overexertion Injuries in Material Handling Workers A Comparative Evaluation of Wearable - Product Image 6

Feedback for Preventing Overexertion Injuries in Material Handling Workers A Comparative Evaluation of Wearable

£14.79

Min. order: 1 unit