Short on |. This technology was developed by NASA to help balance the temperature differences in space that astronauts are exposed to. The technology.

Slides:

Advertisements

Similar presentations

Changes in the state of matter

Advertisements

The Earth’s Constant Temperature Science 10. Specific Heat Capacity of Water  Water has a high specific heat. Specific heat is the amount of energy required.

A few minutes about | Textile materials. Textile materials for motorcycle use are mainly polyamide (nylon) or polyester. The smallest component is the.

Change of Phase Evaporation Condensation Fogs and Clouds Boiling Melting and Freezing Energy and Change of Phase.

Conduction, Convection, and Radiation EQ: What are the three ways that heat energy can be transferred? *Answer this as we proceed through the presentation.

A few minutes about | care instructions. Why cleaning? Dirt attracts moisture which reduces the comfort. Smell…could be negatively perceived by the sorroundings…

Running Apparel Prepared by Wilson Tsang. Trends of today sportswear Warmth and protection: Fabrics been designed to heat balance between body and surroundings.

Where is this event happening? What causes the condition shown in the video? What do you think is the importance of the condition shown?

Energy Transfer in the Atmosphere

2-1. A. Weather – condition of the bottom layer of the earth’s atmosphere in one place over a short period of time B. The weather in one place might be.

Water Cycle and Climate Cameron S. and Sean F.. Water Cycle The sun evaporates water which rises as water vapor Water vapor condenses into clouds The.

Chemistry Calculating Heat.

6.4.8: Explain how convection affects weather patterns and climate.

Clothing Selection OP 110. Physiological Considerations  Outdoor travelers must select clothing that will allow them to maintain a stable body core temperature,

Properties of Water Specific Heat & Phase Changes.

3.3 Natural Factors Affect Climate Change – Part 1 (p. 212 – 217)

Wind Land heats faster than water.

$200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 Climate Change #1 Climate Change #2 Climate Change #3.

Transformation of Energy Activity/Investigation Review.

Question of the Day Rules

Phases of Matter and Phase Changes

The Atmosphere Preview Section 2 Atmospheric Heating Concept Mapping.

Global Wind and Water Circulation. Climate The long term prevailing weather conditions in an area – Temperature – precipitation – Sunlight – Wind Macroclimates–

2 types of Heat Energy Kinetic Energy – is energy in motion. Temperature is the average KE of molecules Potential Energy – is energy in storage aka latent.

Energy Solving Quantitative Energy Problems

Objectives: Provided with necessary materials and instruction, the students will be able to: 1.Define heat, specific heat, latent heat of fusion and latent.

Water’s Influence on Weather and Climate

Homeostasis. Glossary Maintain – keep up. Maintain – keep up. Constant – the same. Constant – the same. Internal – inside the body. Internal – inside.

The Water Cycle Mr. Lerchenfeldt.

After a rain,why does the water on the ground dry up?

Mostly everyone sweats from now and then, but why do we sweat? Our bodies are able to adapt to different environments very quickly. One way our body adapts.

Heating of the Earth. Temperature Layers of the Atmosphere.

How Convection Currents Affect Weather and Climate.

Atmosphere. Earth’s Radiation Budget Earth maintains an energy balance and a temperature balance by radiating as much energy into space as it absorbs.

Science Chapter Essential Question: What are some was you can describe matter?

WEATHER AND CLIMATE Chapter 2. WEATHER AND CLIMATE  Weather-State of constant change. Day to Day  Climate- Placed over a longer period of time.

Solar Energy 6-4.7, Solar Energy Comes from the sun Causes the atmosphere to move (wind) Can be absorbed or bounced off the atmosphere Without.

Atmospheric Heating.

A few minutes about | care instructions

Thermal Energy Transfer

E = m Lf E = m c θ E = m Lv.

Waves and Currents.

Waves and Currents.

A few minutes about | Textile materials

Waves and Currents.

Transfer of Energy Atmosphere.

Thermal Energy Transfer

Map by NASA shows temperatures changing (blue is cool, red is hot)

Heat and Endothermic and Exothermic Reactions

WEATHER DYNAMICS

Chapter 3.2 – Changes of State

The ideal microclimate for optimal sleeping comfort

The Particle Model & Changes of State

Earth’s Energy Transfer

Heat Controlling Heat.

Atmosphere and ocean interactions

Waves and Currents.

Science 10 – Weather Day 4 - Water.

Phases of Matter Part II

Waves and Currents.

Water and Climate Science 10.

Waves and Currents.

Waves and Currents.

Waves and Currents.

The Particle Model, Temperature and Thermal Energy

Waves and Currents.

Waves and Currents.

Energy Transfer in the Atmosphere

Presentation transcript:

Short on |

This technology was developed by NASA to help balance the temperature differences in space that astronauts are exposed to. The technology is based on capsules, 3 million per cm 2, containing paraffine, capable of absorbing, storing and giving off heat. When a capsule is exposed to heat from the body,the paraffine starts melting. When molten, the heat is transferred to the next capsule in the chain and so on. In this way, the heat is spread out in the garment and not stuck in one place. When the temperature sinks, the paraffine transform from its liquid state to fixed form. In this process, a reactional heat is released.

Outlast technology offers temperature regulation and sweat reduction, giving improved comfort. Outlast influences the micro climate closest to the body, sensitive to changes in temperature. The technology can be used in foam or in fibers. The printed pattern on the back of our linings is Outlast.

Differences in temperatures are balanced out. Sweating is reduced. Today you will find the technology in: Underwear Bed clothes Medical products Clothes

This function cannot be washed or worn away. The technology helps also in warm weather, because the wind from available ventilation slits cools the capsules, which in turn cools the body. An Outlast product that has been stored in cool surroundings will remain cool for a longer time than a product without this technology. Learn more, visit

Thank you for taking 10 minutes to read about Jofamas products and our view on the Outlast-technology!