ライフサイエンスコーパス: abrasive

1 n dioxide using ceria slurry and ceria fixed abrasive.

2 99-279 nm particles, and attributed to ceria abrasive.

3 sembly(5,10,11), microelectronics(12,13) and abrasives(14).

4 e softer than dental enamel but still act as abrasive agents.

5 a conventional straight-sided bur or with an abrasive air jet laden with glass particles.

6 ause they include metallic carbides that are abrasive and shorten the life of the cutting tool.

7 e more complex due to embedding of shattered abrasive and the replacment of carbon with oxygen and si

8 The relationship between external abrasives and dental microwear texture (DMT) formation r

9 und to a thickness of 1 mm with 240-grit SiC abrasive, and polished through 600-grit on the surface t

10 properties that ensure durability in moist, abrasive, and thermally harsh conditions.

11 examined the cleaning capacity of air powder abrasive (APA) treatment with beta-tricalcium phosphate

12 lization is achieved in two ways: first, via abrasive attachment of multiwall carbon nanotubes or gra

13 Brush cytology data suggest that a more abrasive balloon may improve balloon cytology sensitivit

14 n no hydraulic debridements, but in 11 of 14 abrasive blebs, especially in areas showing leakage late

15 Higher current densities and non-abrasive brushes produce rough, particle-rich samples.

16 Radiopaque aluminum oxide particles from abrasive cautery-tip cleaning pads can be dislodged and

17 In contrast, abrasive cleaning damaged the microrough titanium surfac

18 However, mechanical abrasive cleaning not only inadequately removes implant

19 peri-implantitis biofilms versus mechanical abrasive cleaning while maintaining titanium implant sur

20 he lower wear rate of mineral from the fixed abrasive, compared to the more environmentally mobile mi

21 Using analytical asperity-abrasive contact temperature modeling and microstructura

22 ssive polishing stages suggest that asperity-abrasive contacts exhibit viscous behavior, where the as

23 trolling the thermomechanics of the asperity-abrasive contacts.

24 We quantified the effects of 'sandblasting' (abrasive damage by wind-blown soil) on the ecophysiology

25 Abrasive debridement is more commonly associated with ab

26 iodontists need both effective and minimally abrasive debridement techniques.

27 For abrasive debridement, RPE were removed with a silicone-t

28 ek timepoint, 1 of 17 hydraulic and 10 of 12 abrasive debridements had foci of delayed or absent chor

29 In 1 of 13 hydraulic and 12 of 14 abrasive debridements, areas of late dye leakage had no

30 Equidae) is thought to be an adaptation for abrasive diets associated with the spread of grasslands.

31 tals in M. truncatula leaves act as physical abrasives during feeding.

32 t enables the organism to perform repetitive abrasive events to survive.

33 e advantage of using silica nanoparticles as abrasives for tooth polishing.

34 olin is not significantly different from the abrasive-free control diet.

35 ghness and complexity than caused by mineral abrasive-free herbivorous diets.

36 implant surface indicates remaining blasting abrasive from preoperative surface treatment of the nano

37 Less abrasive glycine powder, however, demonstrated non-criti

38 these horses were interpreted to have fed on abrasive grasses because of their high-crowned teeth.

39 that were induced by grinding with 1 micron abrasive grit.

40 was removed using either mechanical contact abrasive implant cleaning (titanium brush or curette) or

41 )) nanoparticles (NPs) are massively used as abrasives in the chemical and mechanical polishing (CMP)

42 Root surfaces experience continuous abrasive instrumentation during lifelong periodontal mai

43 n-size particulate matter, which provided an abrasive interface with increasing resistance at higher

44 ee characteristics: patient psychopathology, abrasive interpersonal styles, and multiple physical sym

45 emotherapy, the patient was noted to have an abrasive laceration between the fourth and fifth metacar

46 Firstly, fixed-abrasive lapping is used to machine the MCT wafers, and

47 hlight that large (>95-um) external silicate abrasives lead to distinct microscopic wear with higher

48 hich can probably be attributed to different abrasive loads in the respective habitats.

49 cally water pressure, standoff distance, and abrasive mass flow rate, on the top, bottom, and depth-a

50 Ceria nanoparticles are one of the key abrasive materials for chemical-mechanical planarization

51 diets involving hard and soft foods in which abrasive materials had been added.

52 than indirect RBCs in the groups containing abrasive media.

53 The acidic + abrasive medium did not result in increased wear of RBC

54 nized water; water + abrasive medium; acid + abrasive medium) on the wear behaviour of direct and ind

55 olution parameters (deionized water; water + abrasive medium; acid + abrasive medium) on the wear beh

56 um corneum, which must be overcome either by abrasive methods or by hydration.

57 oron nitride (c-BN), which are the superhard abrasives of choice for cutting and shaping hard metals

58 ove safety on surfaces that can be slippery, abrasive or otherwise injurious or uncomfortable.

59 The cecum was identified and scored using an abrasive pad until serosal bleeding was noted on the ant

60 ation with curettage, microdermabrasion with abrasive pads, microneedling with dermarollers, ablative

61 aneously be generated by scanning a piece of abrasive paper in only one direction.

62 elain discs were polished with a P4000-grade abrasive paper, and half were centrally indented at 9.8

63 e results support the "bonded" nature of the abrasive particles in fixed abrasive polishing and are r

64 elected to cope with important ingestions of abrasive particles in the context of intensified volcani

65 rotective barrier against oral pathogens and abrasive particles(1).

66 Unit operations and especially abrasive peeling might need further optimisation to make

67 The fixed abrasive polish produced 94% less CeO2 emissions per SiO

68 d" nature of the abrasive particles in fixed abrasive polishing and are relevant to sustainability st

69 data show Paredones adult diets are high in abrasives, potentially from maize processing.

70 t may be accomplished by air polishing using abrasive powders.

71 tion of ceria in the effluent from the fixed abrasive process is due to the lower wear rate of minera

72 re the effect of clay- to sand-sized mineral abrasives (quartz, volcanic ash, loess, kaolin) on DMT i

73 dow on the pathways through which hostile or abrasive relationships affect physiological functioning

74 nt featured intrinsic high strength, armored abrasive resistance, and optical stability, even when ex

75 tant class of materials with applications as abrasives, semiconductors, superconductors, Li-ion condu

76 odeled after dental cleaning modalities like abrasive surface cleaning.

77 A simple abrasive technique for obtaining cytological material fo

78 By adding 1, 4, 5, or 8% mineral abrasives to a pelleted base diet, we test for the effec

79 While air flow abrasive treatment has been found to be effective for de

80 elease to the peri-implant plaque by the non-abrasive treatment.

81 Non-abrasive waterjet cleaning is a superior method for the

82 Abrasive Waterjet Drilling (AWJD) has developed as a pro

83 The goal of this study was to evaluate a non-abrasive waterjet implant cleaning method to remove biof

84 Abrasive Waterjet Machining (AWM) and Electrical Dischar

85 xidation of the wear track, while three-body abrasive wear occurred with increasing load.

86 This study showed that the resistance to abrasive wear of a dental composite could be improved by

87 When present in fuel oil, cat fines cause abrasive wear of engine parts and may ultimately lead to

88 ethod to investigate mechanisms of nanoscale abrasive wear of low-density polyethylene (LDPE) surface

89 2 = 0.91) between the degree of cure and the abrasive wear of the hybrid composites.