Discount wholesale Special Wax in Agriculture and Forestry Supply to Johannesburg
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Discount wholesale Special Wax in Agriculture and Forestry Supply to Johannesburg Detail:
(1)YNE4 Series Special Molding Moisturized Wax for Fruit Trees
In order to protect fruit trees and shrubs from desiccation during winter dormancy or transportation or to keep moisture in summer drought, Special Molding Moisturized Wax is spayed on the surface of trees, forming the protecting film in surface of trees. The film has some adequate micro pore that could efficiently reduce the losses of moisture in the surface of the trees, and it simultaneously ensures physiological respiration of the trees.
(2) YNE5 Series Special Preventing Frostbite Wax for Trees
(3) In large northern areas of our country, the winter season is severe cold and the spring season is more heavy windy.
The early winter and the late spring’s frost are quite disadvantage to young plant, the weather is particularly abnormal coldness after spring comes, and frequently injures these trees. As a result young plant is cold death. YNE5 Series Special Preventing Frostbite Wax for Trees not only has anti-freezing effect on trees but also well effect on anti-sprouting etc. Spraying on branches and leaves of trees can make exuberant growth of foliage.
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We are committed to providing easy,time-saving and money-saving one-stop purchasing service of consumer for Discount wholesale Special Wax in Agriculture and Forestry Supply to Johannesburg, The product will supply to all over the world, such as: Croatia , Manchester , Australia , We confirm to public, cooperation, win-win situation as our principle, adhere to the philosophy of make a living by quality, keep developing by honesty , sincerely hope to build up a good relationship with more and more customers and friends, to achieve a win-win situation and common prosperity.
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Thin film substrates sales@dmphotonics.com
Lanthanum Strontium Aluminum Tantalum Oxide ( LSAT ) crystals sales@dmphotonics.com
LSAT and LaAlO3 crystals sales@dmphotonics.com
LSAT (100): (LaAlO3)0.29(SrAl0.5Ta0.5O3)0.71
Orientation: (100)
Low miscut (less than 0.2 deg.)
10mm x 10mm x 0.5mm
LaAlO3 LaAlO3 (100)
Low miscut (less than 0.2 deg.)
10mm x 10mm x 0.5mm
LaAlO3 single crystal provides a good lattice match to many materials with perovskite structure. It is an excellent substrate for epitaxial growth of high Tc superconductors, magnetic and ferro-electric thin films. The dielectric properties of LaAlO3 crystal are well suitable for low loss microwave and dielectric resonance applications. We can supply as-grown boules, as-cut blanks and epi-polished substrates up to 3″ diameter.
Lanthanum Strontium Aluminum Tantalum Oxide ( LSAT )
Crystal properties
Crystal growth method Czochralski
Lanthanum Strontium Aluminum Tantalum Oxide LSAT
Crystal growth orientation (100) (110) (111)
Crystal structure cubic m3m Mixed Peroviskite
Approximately Molecular Form (La0.3Sr0.7) (Al0.65Ta0.35)O3
Cell parameter a = 7.737 Å
Melting point 2113° K
Density 6.64 g / cm3
Specific Heat 5.1 W / m·k
Thermal Expansion (10-6k-1) 8.2 (295° K) 11 (973° K)
Dielectric Constant (εr) 22.7 (291° K / 1 MHz) 21.7 (90° K / 10 kHz)
Dielectric loss (tgδ) 7.47 x 10-5 (90° K / 10 kHz)
Hardness (Mohs) 6.5
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Research
CMD is engaged in various areas of materials research, with particular focus on energy-related applications, polymers, porous materials, and nanomaterials. However, our broad base of synthesis, formulation and characterization instrumentation is of general applicability, and projects fields as diverse as catalysts, lubricants, home and personal care, biomedical devices and inorganic coatings are also served.
The scientific team based at CMD work closely with the Cooper Group, other academic groups within the Department of Chemistry, and with researchers from external organizations. Our involvement in other initiatives, such as the NWDA-funded Knowledge Centre in Materials Chemistry (KCMC), facilitates interaction with other UK institutions.
The scope of research conducted at CMD is broad, but can be grouped into four generic areas:
HT method development: the development of new or improved techniques to enhance expertise and capability in the field of HT research.
New materials discovery: the use of automated synthesis and characterization to discover wholly new materials with step-changes in performance.
Material optimization: “scaling-out” the development of existing products to improve performance, reduce costs or strengthen IP claims.
Property / behavior investigation: automated or parallel experimentation to facilitate detailed mechanistic investigations, kinetic studies, reproducibility studies, etc.
