What's the difference between material and mineralogy?

Material


Definition:

  • (a.) Consisting of matter; not spiritual; corporeal; physical; as, material substance or bodies.
  • (a.) Hence: Pertaining to, or affecting, the physical nature of man, as distinguished from the mental or moral nature; relating to the bodily wants, interests, and comforts.
  • (a.) Of solid or weighty character; not insubstantial; of cinsequence; not be dispensed with; important.
  • (a.) Pertaining to the matter, as opposed to the form, of a thing. See Matter.
  • (n.) The substance or matter of which anything is made or may be made.
  • (v. t.) To form from matter; to materialize.

Example Sentences:

  • (1) Membranes of this material were filled with islets of Langerhans and implanted in the peritoneal cavity of rats.
  • (2) It was the purpose of the present study to describe the normal pattern of the growth sites of the nasal septum according to age and sex by histological and microradiographical examination of human autopsy material.
  • (3) Significant amounts of 35S-labeled material were lost during the alkali treatment.
  • (4) Q In radioactive decay, different materials decay at different rates, giving different half lives.
  • (5) This is due to changes with energy in the relative backscattered electron fluence between chamber support and phantom materials.
  • (6) Fitch said there was “material risk to the success of the restructuring”.
  • (7) Results suggest that these resins should be used with some method to compensate for the shrinkage, when used as index material.
  • (8) The present retrospective study reports the results of a survey conducted on 130 patients given elective abdominal and urinary surgery together with the cultivation of routine intraperitoneal drainage material.
  • (9) The base materials caused more pulpal inflammation than the control material, Kalzinol, although by an indirect mechanism.
  • (10) Second, the unknown is searched against the database to find all materials with the same or similar element types; the results are kept in set 2.
  • (11) After immunoadsorbent purification, the final step in a purification procedure similar to that adopted for colon cancer CEA, two main molecular species were identified: 1) Material identical with colon cancer CEA with respect to molecular size, PCA solubility, ability to bind to Con A, and most important the ability to bind to specific monkey anti-CEA serum.
  • (12) The use of an absorbable material may alleviate potential late complications associated with implantation of nonabsorbable materials.
  • (13) The myocardium was assumed to be composed of a nonlinear viscoelastic, inhomogeneous, anisotropic (transversely isotropic) and incompressible material operating under adiabatic and isothermal conditions.
  • (14) Of all materials evaluated, Xantopren Blue and Silene silicone impression materials provided the best results in vivo.
  • (15) In reconstruction of the orbital floor, homograft lyophilised dura or cialit-stord rib cartilage are suitable, but the best materials are autologous cartilage or silastic or teflon.
  • (16) The purposes of this study were to locate games and simulations available for nursing education, to categorize these materials to make them more accessible for nurse educators, and to determine how nursing's use of instructional games might be enhanced.
  • (17) An electrogenic sodium-potassium pump appears to contribute materially to the steady-state potential and to certain of the transient potential responses of vascular smooth muscle.
  • (18) Pure bile gave 32 correct diagnoses (67%) and 14 diagnoses of inadequate material (29%), which contained few nondegenerated cells and made microscopic diagnosis unreliable.
  • (19) Utilization of inert materials like teflon, makrolon, and stainless steel warrants experimental and possibly clinical application of the developed small constrictor.
  • (20) The consequences of proved hypersensitivity in patients with metal-to-plastic prostheses, either present prior to insertion of the prosthesis or evoked by the implant material, are not known.

Mineralogy


Definition:

  • (n.) The science which treats of minerals, and teaches how to describe, distinguish, and classify them.
  • (n.) A treatise or book on this science.

Example Sentences:

  • (1) Mineralogic analysis using scanning and transmission electron microscopy showed most of the crystals to be silicates.
  • (2) Calculi are classified into six morphological types with their corresponding mineralogical natures.
  • (3) In general, there is no statistical difference in the trace element assemblages of mineralogically identical stones from the three areas.
  • (4) The surveys provided information on the mineralogical nature of the dust, its respirable content and the concentration of silica polymorphs.
  • (5) Furthermore, the study discusses the mineralogy of the rhinolith on the basis of the results yielded by the electron-ray micro-probe, x-ray diffractometry and infrared-spectroscopy with respect to the mineral Whitlockite.
  • (6) Dr. Abildgaard's long and varied career included many significant contributions to veterinary and human medicine, biology, zoology, botany, physics, chemistry, and mineralogy.
  • (7) Mineralogical analysis of non-fibrous particles in BAL can be a useful tool to investigate occupational exposures.
  • (8) The vaterite of ascidian spicules immersed in natural seawater remains mineralogically unchanged for 1 year, which indicates that vaterite may be preserved transiently in marine sediments.
  • (9) It is therefore proposed that comprehensive mineralogical investigation of pesticide carriers is warranted, including epidemiological and clinical study of formulation and application personnel as well as exposed nonoccupational populations.
  • (10) The three major mineralogical matrices identified in fly ash are glass, mullite-quartz, and magnetic spinel.
  • (11) These public health actions included: establishing a system of active surveillance of cause-specific emergency room (ER) visits and hospital admissions in affected and unaffected communities for comparison; assessing the causes of death and factors associated with survival or death among persons located near the crater; analyzing the mineralogy and toxicology of sedimented ash and the airborne concentration of resuspended dusts; investigating reported excesses of ash-related adverse respiratory effects by epidemiological methods such as cross-sectional and case-control studies; and controlling rumors and disseminating accurate, timely information about volcanic hazards and recommended preventive or control measures by means of press briefings and health bulletins.
  • (12) Mineralogical and elementary analysis by a variety of techniques showed small or trace amounts of hard metal in all lungs.
  • (13) The following are considered in particular: instrumental examinations made during hospitalisation and operation; pH, enzymatic activity (phospholipase, trypsin and amylase) and examination of bile cultures; morphological, microscopic examination (electronic scan microscopy) and mineralogical examination (X-ray diffractometry and infrared spectroscopy) of the calculus.
  • (14) Skeletal walls of more than one mineralogy have the magnesium-rich layer (calcite) surrounding the living chamber and the strontium-rich layer (aragonite) on the outside.
  • (15) The exposure of asbestos was studied in 31 cases of mesothelioma from case histories and by microscopic mineralogical analysis of the broncho-alveolar lavage fluid (BAL) (31 cases) and of pulmonary tissue (5 cases).
  • (16) Mineralogical investigation of the batches broadly divided them into two subgroups with quite different cation exchange capacities (CEC): dominant smectitic with and without calcium carbonate and dominant palygorskitic with calcium carbonate.
  • (17) These crystals were indistinguishable mineralogically and morphologically from normal mouse otoconia.
  • (18) The quantitative mineralogical analysis of small samples (less than 20 mg) of china clay has been investigated using x ray diffractometry to determine kaolinite, mica, quartz, and feldspar.
  • (19) Three distinct mineralogical phases were identified.
  • (20) Palmer, 61, gave up the chairmanship of Mineralogy, but not ownership rights, after narrowly winning a seat in the Australian parliament in 2013.