Jobst Opaque Medical LegWear - Women's Knee High 15 - 20mmHg Compression Stockings (Open Toe) are stylish hosiery
with gradient compression to improve blood flow.
When speaking to a representative from Skins, he told me that the best way to get the most out of the garments while riding is to wear the full leggings
with gradient compression.
Jobst Anti-Em stockings are designed to help you prevent thromboembolism
with a gradient compression greatest at the ankle and gradually decreasing to the thigh.
Jobst Opaque Medical LegWear - Women's Petite Knee High 15 - 20mmHg Compression Stockings (Open Toe) are stylish hosiery
with gradient compression to improve blood flow.
Not exact matches
Jobst opaque knee high support hose conceal varicose veins, blemishes and scars, and
with 20 - 30mmHg of
gradient support, these
compression stockings relieve aching, tired legs and swollen feet or ankles.
With 30 - 40mmHg of
gradient compression, these support hose look and feel great but also provide effective, long lasting support.
Knee high support socks
with 8 - 15mmHg of
gradient compression.
That's why
gradient compression stockings are designed
with the pressure greatest at the ankle and diminishing as it moves up the leg in order to counter the effects of the higher venous pressures.
Athletic
compression socks from Sigvaris and Mediven come
with a
compression gradient of 15 - 20 mmHg.
These garments were developed around principle that medicine validated long ago: that
compression clothing — made
with highly engineered, elastic
gradient fabric that molds to various parts of the body — increases blood and lymphatic flow.
With no further
compression (and no net work being done), I don't see how the forces could continue to maintain a temperature
gradient.
With no further
compression (and no net work being done), I don't see how the forces [in Stienstra's theory] could continue to maintain a temperature
gradient.
I can see isolated cases as
compression at the poles and other curiosities but not on the average, and besides, even
with those effects the temperature
gradient is rarely actually inverted so in a net sense that is only slowing the cooling of the surface at the expense of equal cooling in the atmosphere which ends in a greater temperature
gradient therefore a greater flux of energy upward to space.