We’re not in that cold weather but we have small skinny dogs with basically next to no hair. We use various layers including Hurtta dog jackets that I finally/just found the last couple months after looking for years. Hurtta jackets are made in Finland geared towards their cold weather. Their Extreme Overall jacket had a hood/snood that I combine with a double layered fleece snood that you can adjust by folding back to make them shorter and then adjust longer as they get used to it. We now walk in the rain with their snood extended fully so their nose is just poking out and they’re ok with that. Their ears were nice and toasty at the end of the walk with the snood fully covering their ears this evening.
I buy snoods from K9 Voyager, Cappi’s Jammies, or Spoiled Bratz Wear. All have been reputable vendors.
I also have purchased heavy duty snaps and and a snap fastener, Hapden snap fastener tool (had good reviews so I purchased and have been happy with). That lets me attach extra pieces like snoods or other gear to customize for the weather.
Dogwood. Hidden away under the canopy, reaching out and up to find sunshine in the PNW rain forest. Beautiful white spring flowers.
After leaving my beloved PNW when I was 12 to move to smoggy searing Los Angeles and missing the green and rain for 45 years, I’m back. We just bought a dogwood for the backyard. So excited for spring.
Husband: I want one of those! /s
Wife: who needs a rooster when you can hear that all night long??
I’ll just leave this reference on copper nanotubes right here.
The structural, energetic and electronic properties of chiral (n, m) (3⩽n⩽6, n/2⩽m⩽n) single-wall copper nanotubes (CuNTs) have been investigated by using projector-augmented wave method based on density-functional theory. The (4, 3) CuNT is energetically stable and should be observed experimentally in both free-standing and tip-suspended conditions, whereas the (5, 5) and (6, 4) CuNTs should be observed in free-standing and tip-suspended conditions, respectively. The number of conductance channels in the CuNTs does not always correspond to the number of atomic strands comprising the nanotube. Charge density contours show that there is an enhanced interatomic interaction in CuNTs compared with Cu bulk. Current transporting states display different periods and chirality, the combined effects of which lead to weaker chiral currents on CuNTs.