View allAll Photos Tagged Substrate
Wooden substrate, stained glass, cabochons, china, Eilat stone, glass tiles and beads. 5 1/4" X 4 1/4"
Made predominantly with materials collected in my yard and the beach near my house.
Pine tree bark, pine cones, moss, shells, smalti, tinted mortar, on a handmade substrate
HEI offers Flex & Rigid-flex Manufacturing, including high density circuit boards for implantable medical devices, Hi Rel Defense & Aerospace flex and rigid flex substrates and more.
heii.com/FlexRigidFlex/FlexRigidFlexManufacturingProducts...
artisJet direct to substrate LED UV printing helps you reduce the printing time on various ID card ribbon color substrates, by printing them all together. Make the design / artwork adjustments directly from artisRIP pack software and you are all set for a flawless printing process and results according to your needs.
Product page: bit.ly/artis5000U
Request details: info@artisjet.com
Summary of substrate and host plant use in Hawaiian Drosophila.Phylogenetic relationships of major lineages in Hawaiian Drosophila are shown with substrate type mapped onto the tree (after [28]). Rearing record data (after [32], updated with [77]) are shown in the pie charts. The first column depicts substrate types for each of the main clades (AMC, PNA and modified mouthpart), the second column shows host plant family. While these analyses are not entirely comparable because not all taxa in the phylogeny have rearing data and not all reared species were sampled for the phylogeny, they do show the same trends. First, there is a major shift from bark and stems (black) in the basal lineages to leaves (green) in the AMC and part of the modified mouthparts clades. Taxa using multiple substrate types (e.g., stems and leaves) are shown in red. Second, there is much greater diversity in host plant family usage in the picture wing and modified mouthparts clades owing to the radiation on Araliaceae within the AMC clade. The three host plant families examined in this study are color-coded on the pie charts are follows: Araliaceae (Cheirodendron, green), Campanulaceae (Clermontia, blue), and Nyctagenaceae (Pisonia, orange). Taxa using multiple host plant families are shown in red.
The substrate here for these lichens is a fallen twig.
Photographed along the edge of a sandstone glade on the Seven Hollows Trail, Petit Jean State Park, Conway County, Arkansas
Wine corks with tinted violet, blue, mauve and aqua thinset. Ceramic tiles, glass gems with purple glitter, beach glass, vitreous glass tiles and glass rounds. Handmade substrate with thinset. 7.25" X 7.5"
This latest version has a better substrate ( coarse ) not the old version of potting soil / sand mix. Also separated every cutting etc. so if something isn't doing well I can easily remove it that week and give it tender care til it can go back with its friends. Half of these I will try to sell cheep later this year. I currently have this sitting on heat mat, with plant lights 5 inches above them, and I water them weekly or bi weekly depending on the how they look to me.. that week.. My Sat or Sunday Chore. (really a bit of fun for me through the winter ) ..... my propagation set shows most of my propagation experiments.
These fascinating blue-white tendrils of electricity, forming a ring of tiny lightning bolts all along the edge of a ceramic substrate, while interesting to look at, represent failure. Semiconductor power modules must pass a high potential (or hipot) test, in which high voltage (much higher than the module’s operating rating--in this case the hipot test is conducted at about 10,000 volts) is applied to the current carrying components. If a module is built correctly, this high voltage will not find a conductive path through the insulation layer to the metal base plate beneath—no bright arc of current will zap across a gap. A passing hipot test is boring to watch. Sometimes, the exact nature and location of an unwanted conductive path, leading to isolation (or hipot) failure, is hard to define. Photos such as this can sometimes help provide the necessary clues to solve the mystery.
(This image was taken through a half-inch thick Lexan safety housing, which is interlocked so no human can come into contact with dangerous current. The arcing is taking place within an inch-thick layer of silicone dielectric potting gel, which is used to fill most power modules.)
Substrate: Picea abies.
Eesti punase nimestiku liik, ohulähedane (NT).
Määraja / Identified By Kadri Runnel.
Ida-Virumaa.
Substrate: Picea abies.
Eesti punase nimestiku liik, äärmiselt ohustatud (CR). LK I.
Määraja / Identified By Kadri Runnel.
Ida-Virumaa.
Substrate: Phellinus tremulae, Populus tremula.
Eesti punase nimestiku liik, ohualdis (VU). LK III.
Kantküla, Lääne-Virumaa.
Just as in the previous setup, Tropica Plant Growth Substrate and ADA Aquasoil Amazonia provide the necessary nutrients.
Kari pauses on her way out to the rooftop gardens of The Met during a perfect summer afternoon in September.
Substrate: Populus tremula, on fallen trunk.
Määraja / Identified By Irja Saar.
Vahtriku, Põhja-Kõrvemaa.