ETIMOLOGI SAKA TEMBUNG ROCHELLE SALT
Named after La Rochelle, French port.
APA TEGESÉ ROCHELLE SALT ING BASA INGGRIS?
Kalium natrium tartrate
Kalium natrium tartrate yaiku uyah kaping pindho sing disiapake dening apoteker Pierre Seignette, La Rochelle, Prancis. Akibaté uyah kasebut dikenal minangka garam Seignette utawa uyah Rochelle. Garam Rochelle ora bakal diselehake karo uyah watu, sing mung minangka mineral saka natrium klorida. Potassium sodium tartrate lan monopotassium fosfat minangka bahan pisanan sing ditemokake kanggo ngetokake piezoelectricity. Properti iki nyebabake panggunaan ekstensif ing gramophone "kristal" pick-ups, mikrofon, lan earpieces nalika boom elektronik konsumen pasca perang pertengahan abad kaping-20. Transducer kuwi duwe output sing banget dhuwur karo output cartridge pick-up khas nganti 2 volt utawa luwih. Garam Rochelle minangka panganan supaya transduser sing adhedhasar materi kasebut amba yen disimpen ing kondisi lembab. Sampeyan ora ana warna kanggo uyah putih-kristal ing sistem orthorhombic. Rumus molekulnya yaiku KNaC4H4O6 · 4H2O. Iku rada larut ing alkohol nanging luwih larut sajrone banyu. Nduweni gravitasi spesifik babagan 1,79, titik leleh kira-kira 75 ° C, lan nduweni rasa asin, beku. Minangka aditif panganan, nomer E iku E337.
Definisi saka Rochelle salt ing bausastra Basa Inggris
Définisi garam Rochelle ing kamus kasebut minangka garam ganda kristal putih, kalium tartrate sodium, digunakake ing bubuk Seidlitz. Formula: KNaC4H4O6.4H2O.
BUKU BASA INGGRIS KAKAIT KARO «ROCHELLE SALT»
Temukaké kagunané saka
Rochelle salt ing pilihan bibliografi iki. Buku kang kakait dening
Rochelle salt lan pethikan cekak kang padha kanggo nyediyakaké panggunané ing sastra Basa Inggris.
1
Crystals and Crystal Growing
enough, you can grow the crystal for several months. Potassium Sodium Tartrate
Tetrahydrate (Plate 16) ("Rochelle Salt"), KNaC4H4O6-4H;;O, colorless,
orthorhombic system I. Supersaturated solution: a. 1 pound Rochelle Salt in 349
cc.
Alan Holden, Phylis Morrison,
1982
"Seed" rods cut from large crystals are placed in moving rubber trays full of
supersaturated Rochelle salt solution. Tended by lightly dressed girls (see above
), the seeds grow to the required thickness in the tropic climate of a room called ...
Because Rochelle salt produces the best singing crystal, most of the
development work has been done on that substance. These remarkable crystals
are grown as a crystal" will be ^-^ no idle comparison for the voice of your radio
or ...
Rochelle salt, discovered after quartz, has been used for various transducers
because it has a great piezoelectric effect. Though Rochelle salt is a piezoelectric
crystal of the highest electromechanical coupling coefficient, its applicability is ...
Carol Zwick Rosen, Basavaraj V. Hiremath, Robert Everest Newnham,
1992
5
Acoustics, Waves and Oscillations
As was shown therein, the effect was discovered by Curie brothers1 in 1880 who
found that certain crystals like quartz, tourmaline and rochelle salt will develop in
electric charge when a mechanical pressure or tension is applied to the face of ...
S. N. Sen (Professor.),
1990
6
Classic Chemistry Demonstrations
Description Hydrogen peroxide oxidises potassium sodium tartrate (Rochelle salt
) to carbon dioxide. The reaction is catalysed by cobalt(ll) chloride. When
solutions of hydrogen peroxide and Rochelle salt are mixed, carbon dioxide is
slowly ...
Ted Lister, Catherine O'Driscoll, Neville Reed,
1995
7
Digest of Literature on Dielectrics
XIII . Rochelle Salt and Other Tartrates Myl, J., Solc, Z., and Kvapil, J., Sb. Ved.
Praci, Vysoka Skola Chem . -Technol . , Pardubice 1963, 89-96. The solubilities
of Rochelle salt and dipotassium tartrate were determined in the crystal growth ...
8
Dielectric Phenomena in Solids: With Emphasis on Physical ...
With Emphasis on Physical Concepts of Electronic Processes Kwan-Chi Kao.
Figure 4-14 Spontaneous polarization of KH2PO4 as a function of temperature.
Figure 4-15 Dielectric constant of Rochelle salt as a function of temperature.
The first useful method for preparing silver films from solutions was developed by
Liebig in 1835.33 Today, the Brashear method“ and the Rochelle salt or Böttger-
Bothe method35 are the most widely used processes for chemical silvering.
Karl Lark-Horovitz, Vivian Annabelle Johnson,
1959
10
Graham's Electroplating Engineering Handbook
Rochelle salt is probably the complexing agent used most frequently in catalytic
copper plating solutions. EDTA can be substituted for the Rochelle salt in equal
molar quantities. The copper complex formed with EDTA is considered to be
more ...