What's the difference between sifter and sinter?

Sifter


Definition:

  • (n.) One who, or that which, sifts.
  • (n.) Any lamellirostral bird, as a duck or goose; -- so called because it sifts or strains its food from the water and mud by means of the lamell/ of the beak.

Example Sentences:

  • (1) Using Spiekma's technic, this dust was obtained through successive sifts gathered in a case under the inferior sifter.
  • (2) The study attempted to assess each subject's preferences for the six tasks: collating, stuffing, sorting, pulley assembly, flour-sifter assembly, and circuit-board stuffing.
  • (3) Alison Chapman had come from Hythe with her sons extremely well-prepared – shovels, rake and plastic sifters, but then she did know about gold, being a dealer on ITV's show Dickinson's Real Deal.

Sinter


Definition:

  • (n.) Dross, as of iron; the scale which files from iron when hammered; -- applied as a name to various minerals.

Example Sentences:

  • (1) To isolate single spores from adhesive ascospores and the mycelium, the suspension was sucked through a combination of sintered-glass plates with different pore sizes.
  • (2) However, within the short sintering times needed to achieve maximum density the rhenanite particles remained mostly intact.
  • (3) Hydroxyapatite ceramics with zirconia dispersion from fine powders synthesized hydrothermally were post-sintered at 1000-1300 degrees C under 200 MPa of argon for 1 h without capsules, after normal sintering in air at 1200 degrees C for 3 h. Densification was most significant with post-sintering at 1200 degrees C. Fracture toughness, Vickers hardness and elastic properties of these materials were investigated.
  • (4) The interconnected pore volume decreased with decreasing particle size of the powder, increasing compaction pressure, and increasing sintering temperature.
  • (5) In this work, we have identified the crystalline phases in eight commercial dental porcelains (four enamels and four dentin bodies) in both powder (unfired) and sintered forms, by x-ray diffraction, emission spectroscopy analysis, reflection optical microscopy, and scanning electron microscopy.
  • (6) New and deeper understanding of the structure of non-crystalline solids, structural imperfections, sintering physics, and other physical phenomena related to the melting and solidification processes has brought ceramics from the near-total art form process of the mid-century to the status of a highly sophisticated science it enjoyed in the 1980's.
  • (7) These surface treatments allowed testing of the same basic material which was mill-finished, metallurgically polished, electrochemically oxidized, sintered with a porous surface, and glow-discharged.
  • (8) Beta-TCP powders with larger particle size, obtained by sintering at higher temperatures, increased the ultimate strength of the cement.
  • (9) Knoop Hardness and pin-and-disc-wear measurements were made on a commercial silver-sintered glass-ionomer cement.
  • (10) In this study, the vapor was generated from the surface of a sintered sphere of glass beads filled with propylene oxide.
  • (11) Densely sintered synthetic hydroxyapatite (HA) is used as an implant material because of its excellent tissue biocompatibility.
  • (12) The materials studied included pure Ag, Au, and Ti and sintered Ag 10% Ti and Ag 10% Ta.
  • (13) The right prosthesis, in place for 25 months, was a Porous-Coated Anatomic (PCA) implant with double-layered, sintered, cobalt-chromium alloy beads.
  • (14) The Authors present personal histological findings on a beta-tricalcium phosphate Mg substituted (beta-TCMP) prepared as sintered granules and unsintered powder.
  • (15) 5-7): calcite and quartz are the principal components of the sinters, additional diffuse apatite lines appear in bone samples.
  • (16) In the experiment, fresh bovine bone was chemically defatted and deproteinized, and sintered by high temperature (which is called ceramic bovine bone).
  • (17) The sintered hydroxyapatite was designed to be utilized as a percutaneous device.
  • (18) A gravity sintering fabrication technique has been developed for producing Co-Cr-Mo alloy dental implants having a porous coating on the root portion.
  • (19) Fatigue testing was performed on sintered materials as well as sintered and HIPed materials, both with and without a porous coating.
  • (20) Sintering and densification additives, such as SiO2 powder, do not appear to be necessary.