Sentences with phrase «glass shield»
wattsupwiththat.com
It includes a bathtub with glass shield, the usual components (sink, bidet etc., please see the inside photos!)
Dark armoured glass shields you from everything, not just bullets.
Startup firm «designed by m» has released a series of iOS device screen protectors called mPact Glass, an anti-scratch tempered glass shield that supposedly boasts higher light transmission than competing products.
The Xperia XZ2 boasts an aluminum frame, 3D Corning Gorilla Glass shielding, curved corners, and a dedicated shutter key, which is positioned below the power button and volume rocker on the right - hand side of the device.
Talking about the protection of the display, it has a Dragontrail glass shielding the display, it may not be as strong as Corning Gorilla Glass, but it sure can prevent some scratches as these days, display of a smartphone is exposed to many harsh conditions.
With its mottled glass shield banded by a single hoop of metal, this lighthouse lantern is perfect for a Cape Cod - style house.
This will drop the glass shield from in front of the Holocron on the opposite landing (short cut scene will show).
As such, some of this reflected energy will pass through the glass shield never to be returned to the emitting objects.
If Sears and Zemansky are correct, the spectral absorptivity properties of the glass shield in Julio's example will affect the temperature of the enclosed body only if those spectral absorptivity properties affect the temperature of the glass shield.
If it comes from the glass shield, then the energy input to the enclosed object is no long In, and I argue we must now «iterate» because we have changed the rate of energy input to the enclosed object.
80 % of such energy will pass through the glass shield never to be returned to the enclosed radiating object.
Bottom line, for your «tax analogy» to apply to energy passing through a glass shield, I believe you must prove that the 20 % of the energy that doesn't initially pass through the glass shield is returned to the emitting object.
As such, only a fraction of the «20 % energy initially not passed by the glass shield» will return to the emitting object.
As I understand your model, the enclosed object thermally radiates energy at the rate 1.25 * In, and 80 % of this radiated energy passes through the glass shield.
I favor testing with the Pixel XL, because (a) it's an awesome phone, and (b) its Bluetooth radio seems especially susceptible to audio clipping or small drop - offs when the glass shield on its back is covered up.
Hooking up the P7 Wireless to my Google Pixel XL via Bluetooth, I found the audio cutting out when I had my palm over the glass shield at the back of the phone — which you might think is a Pixel issue, but I found no such problems in the same circumstances with the Jaybird X3 earbuds.
Curl up here last thing at night whilst everyone sleeps and enjoy the peace of the winter's evening as the chilling winds bluster beyond your glass shield.