TopicS
Heat Transfer Characteristics of Backfill Gases in a Dry Storage System for Spent Nuclear Fuels
We are studying the thermal flow of micro-units in the dry cooling of nuclear fuel rods and finding the index according to them to find the optimal condition of heat energy efficiency and heat flow.
We observe in micro units through heat flow processes such as heat mixing, heat pumping, and so on. It is then determined how heat convection is most likely to occur and how it affects the constants involved.
Natural Circulation Flow Characteristics of Backfill Gases in a Dry Storage System for Spent Nuclear Fuels
We are studying the thermal flow of micro-units in the dry cooling of nuclear fuel rods and finding the index according to them to find the optimal condition of heat energy efficiency and heat flow.
We observe in micro units through heat flow processes such as heat mixing, heat pumping, and so on. It is then determined how heat convection is most likely to occur and how it affects the constants involved.
Non-invasive Manipulation of Colloid and Fluid Flows at Micro- or Nano-scales
We are studying the thermal flow of micro-units in the dry cooling of nuclear fuel rods and finding the index according to them to find the optimal condition of heat energy efficiency and heat flow.
We observe in micro units through heat flow processes such as heat mixing, heat pumping, and so on. It is then determined how heat convection is most likely to occur and how it affects the constants involved.
Non-contact Manipulation of Bio-colloids in Microfluidic Platforms
We are studying the thermal flow of micro-units in the dry cooling of nuclear fuel rods and finding the index according to them to find the optimal condition of heat energy efficiency and heat flow.
We observe in micro units through heat flow processes such as heat mixing, heat pumping, and so on. It is then determined how heat convection is most likely to occur and how it affects the constants involved.
