View allAll Photos Tagged Substrate
The base of the shell attached to the substrate is membranous in some species, but others have a white calcareous disk that often remains on the substrate after the barnacle has died and been swept away (as in this image).
Full INTRODUCTION TEXT at flic.kr/p/dLXuCY
Albums with full accounts of all British acorn barnacle species at www.flickr.com/photos/56388191@N08/collections/7215763361...
I had this fish substrate and I had a bunch of beautiful iridescent shell so I put them together like my sister Floy had done last year. I love the rainbow colors in the shell.
FERTILE BODY growing at a substrate, formed by merging of smaller areas, can reach up to 30 cm in length. Are seen on the surface of tiny spikes up to 3 mm, light cream or tan color. Edge of the fruiting body is edged with a lighter shade.
MEAT: tinted from white to cream color, odor unspecified. Hard and tough.
HABITAT: vegetate the rotten and dead deciduous trees, usually in oak.
EDIBILITY: inedible mushrooms.
AquaShield Concrete and Stone is a new surface protection product to reduce water absorption, moss and algae growth, efflorenscence on mineral substrates. The product has deep penetrating properties, without the use of any hazardous solvents or substances. AquaShield Concrete and Stone is odor free and still matches the performance of any conventional sealer on the market.
AquaShield Concrete and Stone treated concrete repels water simply by not absorbing it which creates a new standard in concrete protection. Water on a surface protected with AquaShield Concrete and Stone evaporates
than penetrates. Therefore surfaces dry up within minutes after exposed to rain, leaving no breading ground for microbial growth and also offers protection against absorption of water soluble pollutants as well as handling freeze / thaw cycles.
The use of water as a carrier has significant benefits on the environmental performance of a treatment system and also makes AquaShield Concrete and Stone the most cost effective solution on the market. AquaShield Concrete and Stone is available in a high concentrated formula for easy shipping and diluting.
The main advantages of our method:
-Excellent penetration-
-Water based, improves OH& S
-Solvent free and low VOC
-Outstanding wear resistance and durability
-For High Traffic Areas, drive ways, run ways, roads
-Cost effective concentrated form
-Reduced packaging material, less shipping costs
-Does not change the appearance
-Environmentally friendly
AquaShield is user friendly and can be applied in a variety of direct methods. Depending on the size of the surface to be treated, it can be applied with a simple brush, a roller, or a spray gun. The full range of properties are obtained after about 24 hrs.
All our AquaShield formulas are non-toxic, environmentally safe, and non-flammable when dry. They leave zero residues and are 100% invisible, odorless and don’t alter the texture of the substrate.
IDEAL APPLICATIONS
Concrete and Stone
AVERAGE COVERAGE PER LITRE
450 sq ft
SHELF LIFE
2 years from day of order
DURABILITY
10 years on flat surfaces and up to 15 years on vertical surfaces
Left to Right: Air Compressor, air brush, vacuum pump, dicing saw, digital indicator, dicing saw power supply
A fresh layer of dry pampas grass is abouut to be added. The birch logs showed a range of colinization from mycelium. Shittake. Excited to fruit the well colonized ones next spring.
The substrate of the northern loops panel, with the contact screws set in. The holes are where the wrongly-placed ones were.
Woodland Park Zoo has some of the most wonderful bronze sculptures throughout the park. This bronze hippo lies on the ground as if it were actually in a mud puddle. On this day, there wasn't too much of a puddle, but what was there captured some great reflections from nearby trees. This shot is part of my 365 Photo project for the year, which is all about my feet on substrates. This shot was on my to-do list from day one. Canon 5D
Wall Mounted Sintra Board Substrate jewelry display case for Pasquale Bruni.
If you are interested in learning more please give us a shout at 800-962-3119 or visit us at www.40VISUALS.com
The substrate is a chunk of slate that I scavenged in the Rocky Mountains, just OUTSIDE the park gates of Banff National Park! We had stopped for a rest and some lunch, when I decided I needed to have some of the slate. It was hard to chunk out - and really heavy! Still have one piece left! The rocks, sand, shells and beach glass I found on the beaches in Mexico, this last holiday. The legs are made from brass deco found in a flower arrangement, tossed in the trash. Even the blue stained glass was fished out from the trash at the glass studio where I buy my glass!
Fluvial Edge low tech planted. Upgraded stock halogen bulb to LED lights from Amazon. Plants include Anubias, Java Fern, Swords, and Crypts. Substrate is Caribsea white sand.
Currently stocked with a Dwarf Gourami, Guppies, and Neon Tetras.
Excavations by Marshall at the Bhir mound, the earliest city, reached the natural substrate at a depth of about 5.5 meters (18 ft.) and encountered the remains of four superimposed structures. The earliest, of which little is known because of its depth and destruction by later construction activity, dates to the fifth century b. c.e. at the latest. The second was in occupation during the fourth century b. c.e. and would have witnessed the arrival of Alexander the Great. The third phase corresponds to the period of Mau-ryan control, and the last probably belongs to the period after the decline of the Mauryas and the arrival of the bac-TRIAN GREEKS in the second century b. c.e. The excavations revealed streets, lanes, and domestic houses. The quality of the stone masonry developed over time from fairly rough to a much more compact form, and the walls were covered in a mud plaster strengthened with straw.
Most of the available plans derive from the third period, the Mauryan city The layout of the streets and houses is irregular. It is evident that the main street and various squares were retained throughout the life of the city, whereas houses were leveled and rebuilt on occasion, but on the same site and often following a plan similar to that used for their predecessors. Some lanes branching off the main streets are very narrow. The drains running along the main street were to take rainwater. There was no city sewage system, but each house was equipped with a deep pit to receive human waste. Such latrines were also placed in public squares. There were several types of latrines. They have in common a deep circular well-like hole extending up to seven meters (23 ft.) into the ground. Some were filled with broken pottery shards to allow wastes to filter downward. Others were lined with ceramic rings: One of these held 14 such liners, each 65 centimeters (26 in.) wide. A third type was filled with large ceramic jars one on top of the other, each having the base removed to form one continuous tube. Large stone rubbish bins were also strategically placed in public areas, and excavations revealed broken pottery and animal bones. The houses were a series of large rooms grouped around a courtyard. windows looking onto the street were tall but very narrow. Many rooms were small, and others had a street frontage and were probably shops. One appears to have been the business of a shell worker, since Marshall found much cut shell within.
As might be expected in the excavation of so large an area of an ancient city, many artifacts were recovered. Beads had many forms, with a preference for glass, car-nelian, and agate. Other semiprecious stones included onyx, amethyst, beryl, and garnet. A remarkable hoard of 1,167 silver coins was discovered in the second city, including a silver Persian coin and two coins of Alexander the Great. Among the bronzes, particular attention is given to a third-century b. c.e. bowl made of an alloy containing 21.55 percent tin. This alloy and the shape of the vessel recall those found in the Thai cemetery of ban don TA PHET. Iron was used for weapons, particularly arrowheads, spears, and daggers; for tools such as chisels, adzes, and tongs; nails for construction purposes; and for hoes.
NDM-1 simulation active site. The protein is depicted as a surface and the (imipenem) substrate is colored as in Fig. 1, except for carbon atoms, which are cyan here. A) Substrate recognition is provided by interactions between the zinc ions and the carboxyl and carbonyl oxygen atoms of the substrate (dashed yellow lines) and nonspecific, generally hydrophobic interactions with the protein. The oriented water molecule occupies a pocket between the zinc ions. B) When the mobile loops move, a thin film of water surrounds the substrate, including 2 water molecules that serve as the nucleophile and as the source of the final proton required for ring cleavage (dashed green lines).
Credit: Kim Y, Cunningham MA, Mire J, Tesar C, Sacchettini J, Joachimiak A. NDM-1, the ultimate promiscuous enzyme: substrate recognition and catalytic mechanism. FASEB J. 2013 May;27(5):1917-27.
A beautiful Victorian Minton Church Floor in Sudbury Derbyshire. There was some floor heaving on the main Nave walkway caused by heating pipes running beneath the floor. This had caused the old lime substrate to expand and push itself away from the support structures.
We removed the affected tiles and the substrate below, reinstated a more flexible strengthened and heat tolerant substrate before relaying the original tiles with reclaimed originals where necessary.
The marble altar had become loose and unsafe, the surface has also become dull and lost a lot of its sparkle. Again we strengthened the substrate before relaying the original tiles and diamond polished the marble and protected the area with a hard wearing sealer.
The chancel floor was treated to a real deep cleaning with our ECO friendly chemicals and sealed with our breathable sealer and polish combination.
If you have a beautiful Victorian floor like this, protect your investment and help return your work of art to its former glory. Our Victorian floor restoration service has been developed over years of experience, fine tuning our chemicals and machinery to produce the very finest restoration results. Click here to get a quotation today.
Services used in this restoration
Contaminants found on this floor
I removed the top two inches of substrate to reveal 7 month cured flourite, miracle grow, and inert pool filter sand mix. This stuff was unexpected and beautiful so I mixed it thoroughly, let it dry, kept a small amount of it and cleared a gutter to fill in with Black Diamond so that the 'mineralized mud' was not visible.
DensShield® Tile Backer is a patented substrate for floor, wall and ceiling ceramic tile installations and has a built-in moisture barrier which protects tile installations and the wall cavity from the effects of moisture in wet areas such as bathrooms and kitchens. DensShield panels incorporate fiberglass mats and a moisture-resistant core and are lighter and easier to install than heavy, hard-to-work-with cement board tile backers. These qualities, along with the potential labor savings, make DensShield Tile Backer the superior substrate in the industry for ceramic tile. Georgia-Pacific backs the proven performance of DensShield panels with a 20-year limited warranty in commercial applications. DensShield Tile Backer is GREENGUARD listed as microbial-resistant and resists mold growth, using ASTM D 6329 methodology and scored a 10, the highest score for resistance to mold growth, based on testing, as manufactured, per ASTM D 3273.
Oedipoda careulescens is a medium-sized grasshopper, between 15 and 21 mm for males and between 22 to 28 mm for females. The body coloration varies greatly depending on the substrate on which the animals have developed: reddish brown, gray, yellowish, or even completely dark or bright. The forewings are crossed most often by two or three pale bands, but the most striking characteristic, very visible when the insect flies away, is the bright coloration of the hind wings, a beautiful turquoise highlighted with a black marginal stripe. Furthermore, the posterior femora have a notch on their upper surface. At rest, confusion is possible with other Oedipoda species such as O. germanica.
Oedipoda caerulescens frequents dry areas with low and open vegetation: dunes, heathlands, grasslands on sand and sunlit limestone rocks. Many stations correspond to land recently used for human activities, such as coal spoil heaps, quarries and pits, the ballast of railway tracks, etc. It is exclusively a terrestrial insect, and its cryptic coloration often matches its substrate. The female lays her eggs in bare, dry soil. In this species, acoustic emissions are virtually nonexistent. The diet consists mainly of grasses.*
*Source: Wikipedia
Transparent, black, white, acrylic, silicone, TPU, electroplated to more – customize cases and mobile accessories of all colors and materials for any smartphone brand (iPhone, Samsung, Huawei etc.) with artisJet LED UV technology.
With artis 5000U gives you the ability to manipulate and print 20 phone cases per one pass at an effective printing price for phone case of only 0.016$.
Printer model: artisjet.com/index.php/en/en-products/en-led-uv-printers/...
Ask for quotation:
info@artisjet.com
This is the substrate that microchips are lithographically printed on. They're mass produced in this wafer form, and then later cut down, and packaged into dies. These particular wafers contain mostly RAM. They were manufactured for Ford Aerospace back in the mid 1980s.
If you view this image in it's original size, you can zoom all the way in, and resolve the details of individual transistors. Just a year or two later, that would no longer have been possible without much more powerful microscopes. The transistors etched onto these wafers are positively huge by modern standards...hundreds, or thousands of times larger.
I find the closeup look to be, by far, the more interesting of the two. Most of the disc isn't quite so damaged, but I kinda like highlighting the flaws. A cat may, or may not have sat on it/entertained himself with it at some point.
SMD LED Strip Light is a new kind of ultra bright SMD strip light, which is made of FPC very soft PCB substrate and professional circuit connection design, as well as super bright SMD 3528 or SMD5050 as a luminous body. The luminous body of SMD LED Strip Light is symmetrical arranged on the FPC flexible PCB positive board, refined compact. After lightened, it looks like crystal. Strip light can maintain SMD light very soft, arbitrary curved, easy to install and make signs. Compare with the traditional strip light, LED Rainbow Tube, Dura-light, SMD LED Strip Light is much more steady, reliable & safe. It is really an ideal alternative for current strip light. This product is widely used in indoor and outdoor advertising signs, hotels, department stores, show window and furniture decorative lighting.
SMD LED Strip Light Features:
1. Light source: High quality, ultra bright SMD3528 & SMD5050;
2. LED Chip BrandEpistar;
3. Working voltage: 12V;
4. Work temperature: -20oC~60oC;
5. Major reduction in power costs;6. 120 degrees beam angle illumination;
7. Long life-span: 30,000- 50,000 hours;
8. Low power consumption and high intensity, less 1% attenuation after 3,000 hours;
9. LED Space: Per unit SMD quantity is 3 or 6. It is cut able;
10. IP class choice: 3M backside not waterproof, drip PU glue waterproof, sleeve & drip glue waterproof;
11. All colors are available as customer needs;
12. Packing: 5 meters per reel, static-resistant bag;
13. Flexible, easy to install & maintain, Strong enough to against any shock, easy to transport. Durable and low maintenance cost;
14. CE & ROHS approved.
SMD LED Strip Light Product Applications:
Architectural decorative lighting;Window display lighting;Amusement park or theater;Emergency lighting;Stairway accent lighting;Ad signs, light boxes;Back lighting for signage letters;Swimming pools and fountains;Holiday decorative lighting;Car decorative lighting etc.
FERTILE BODY vegetate on a substrate, where the solid growth. Irregularly shaped, white or cream-colored. Fertile area consists of irregular pores, elongated and curved shapes, have them for 1-3 pcs. to 1 mm. Tubules in length and up to 15 mm.
MICROSCOPY: spores elongated and smooth smoke. 8-12x3.5-4.5ym.
MEAT: white, reminiscent of the smell of wood decay.
Habitat: usually vegetate on dead and rotting trees and branches of poplar.
Edibility: inedible mushrooms.
Synonyms:
Agaricus serpens (Fr.) E.H.L. Krause,
Antrodia serpens (Fr.) P. Karst.
Cellularia albida (Fr.) Kuntze
Coriolellus albidus (Fr.) Bondartsev
Coriolellus sepium (Berk.) Murrill
Coriolellus serpens (Fr.) Bondartsev
Daedalea albida Fr.
Daedalea sepium (Berk.) Aoshima
Daedalea serpens (Fr.) Fr.
Lenzites albida (Fr.) Fr.
Physisporus serpens (Fr.) P. Karst.
Polyporus sepium (Berk.) G. Cunn.
Polyporus serpens Fr.
Polyporus stephensii Berk. & Broome
Trametes albida Lév.
Trametes albida (Fr.) Bourdot & Galzina
Trametes sepium Berk.
Trametes serpens (Fr.) Fr.
Trametes serpens subsp. albida (Fr.) Bourdot & Galzina
Trametes subcervina Bres.
Tyromyces sepium (Berk.) G. Cunn.