Contact recording review

Microsystem Technologies

Volumn 16, Issue 4, 2010, Pages 493-503

  Hua, Wei ^a   Liu, Bo ^a   Yu, Shengkai ^a   Zhou, Weidong ^a  

^a DATA STORAGE INSTITUTE   (Singapore)

Author keywords

[No Author keywords available]

Indexed keywords

A-THERMAL; CONTACT FORCES; CONTACT RECORDING; DETECTION METHODS; HARD DISK DRIVE; SHORT-RANGE FORCES; SIMULATION MODEL; TRAILING EDGES;

COMPUTER SIMULATION;

HARD DISK STORAGE;

EID: 77952554575     PISSN: 09467076     EISSN: None     Source Type: Journal    
DOI: 10.1007/s00542-010-1018-8     Document Type: Review

References (82)

1. Albrecht TR, Baumgart PM, Knigge BE (2007) Feedback control mechanism for active damping of slider air bearing vibrations in a hard disk drive slider. US Patent 7,193,806
2. Ambekar R, Gupta V, Bogy DB (2005) Experimental and numerical investigation of dynamic instability in the head disk interface at proximity. ASME Trans J Tribol 127:530-536
3. Bhushan B (1998) Contact mechanics of rough surfaces in tribology: multiple asperity contact. Tribol Lett 4:1-35
4. Chang WR, Etsion I, Bogy DB (1987) An elastic-plastic model for the contact of rough surfaces. ASME Trans J Tribol 109:257-264
5. Che X, Huang W, Lam TL, Lin ZH, Shteyn A (2007) System and method for determining head-disk contact in a magnetic recording disk drive. US Patent 7,215,495 B1
6. Chikazawa T, Hill M (1998) Flying attitude of magnetic recording heads in contact with disks. Adv Info Storage Syst 9:133-141
7. Demczyk B, Liu J, Chen CY, Zhang S (2005) Lubrication effects on head-disk spacing loss. Tribol Int 38:562-565
8. Doan TQ (1997) Proximity recording design considerations. IEEE Trans Magn 33(1):903-907
9. Elsharkawy AA (1997) Magnetic head-rigid disk interface hydrodynamically lubricated with a power-law fluid. Wear 213:47-53
10. Feng Z, Cha E, Zhang X (2005a) A study of electrical charge at head- disk interface. Tribol Lett 18(1):53-57
11. Feng Z, Cha E, Zhang X (2005b) A study of electrical charge at head- disk interface. Tribol Lett 18(1):53-57
12. Gong ZQ, Liu JJ (2005) Pole-tip protrusion effect on head-disk interface at low flying clearance. IEEE Trans Magn 41(10):3019-3021
13. Greenwood JA, Williamson JBP (1966) Contact of nominally flat surfaces. Proc R Soc Lond Ser A Math Phys Sci 295(1442):300-319
14. Hamilton H, Goodson K, Baldwin C, Anderson R (1992) Contact perpendicular recording with integrated head/flexure. Concepts Contact Rec 3:13-23
15. Honchi M, Kohira H, Matsumoto M (2003) Numerical simulation of slider dynamics during slider-disk contact. Tribol Int 36:235-240
16. Hu YZ, Wang H, Guo Y, Shen ZJ, Zheng LQ (1996) Simulation of lubricant rhelolgy in thin film lubrication Part 2: simulation of Couette flow. Wear 196:249-253 (Pubitemid 126378905)
17. Hua W, Liu B, Sheng G (1999a) Probability model and its application on the interaction of nano-spaced slider/disk interface. IEICE Trans Electron E82-C(12):2139-2147
18. Hua W, Liu B, Sheng G, Zhu Y (1999b) Probability model for slider- disk interaction. J Inform Storage Process Syst 1:273-280
19. Hua W, Liu B, Yu S, Zhou W (2007) Probability model for the intermolecular force with surface roughness considered. Tribol Int 40:1047-1055
20. Hua W, Liu B, Yu S, Zhou W (2008a) New roughness contact model for super-smooth head/disk interface. TMRC Digest, BP-08
21. Hua W, Man Y, Liu B (2008b) Contact force studies of a burnishing slider. Tribol Int 41(1):60-66
22. Hua W, Liu B, Yu S, ZhouW (2009a) Nanoscale roughness contact in a slider-disk interface. Nanotechnology 20:285710
23. Hua W, Zhou W, Liu B, Yu S, Wong CH (2009b) Effect of environment humidity and temperature on stationary and transient flying responses of air bearing slider. Tribol Int 42(8):1125-1131
24. Iida K, Ono K (2003) Design consideration of contact/near-contact sliders based on a rough surface contact model. ASME Trans J Tribol 125:562-570
25. Israelachvili JN (1985) Intermolecular and surface forces with applications to colloidal and biological systems. Academic Press, New York, pp 65-85
26. Itoh J, Sasaki K, Higashi K, Takami H, Shikanai T (2001) An experimental investigation for continuous contact recording technology. IEEE Trans Magn 37(4):1806-1808
27. Juang JY, Bogy DB (2005) Controlled-flying proximity sliders for head-media spacing variation suppression in ultralow flying air bearings. IEEE Trans Magn 41(10):3052-3054
28. Kato T, Watanabe S, Matsuoka H (2000) Dynamic characteristics of an in-contact headslider considering meniscus force: part 1- formulation and application to the disk with sinusoidal undulation. ASME Trans J Tribol 122:633-638
29. Kato T, Watanabe S, Matsuoka H (2001) Dynamic characteristics of an in-contact headslider considering meniscus force: part 2- application to the disk with random undulation and design conditions. ASME Trans J Tribol 123:168-174
30. Khurshudov A, Ivett P (2003) Head-disk contact detection in the hard-disk drives. Wear 255:1314-1322
31. Khurshudov A, Talke FE (1998) A study of sub-ambient pressure tripad sliders using acoustic emission. ASME Trnas J Tribol 120:54-59
32. Khurshudov A, Waltman RJ (2001) Tribology challenges of modern magnetic hard disk drives. Wear 251:1124-1132
33. Kim WT, Chen H, Jhon MS (2006) Viscoelastic liquid bearing modeling via lattice Boltzmann method. J Appl Phys 99:08N106
34. Kurita M, Tsuchiyama R, Tokuyama M, Xu J, Yoshimura Y, Kohira H (2003) Flying-height adjustment of a magnetic head slider with a piezolelctic micro-actuator. IEEE Trans Magn 39(5):2480-2482
35. Kurita M, Xu J, Tokuyama M, Nakamoto K, Saegusa S, Maruyama Y (2005) Flying-height reduction of magnetic-head slider due to thermal protrusion. IEEE Trans Magn 41(10):3007-3009 (Pubitemid 41584341)
36. Lee DY, Lee J, Hwanga J, Choa SH (2007) Effect of relative humidity and disk acceleration on tribocharge build-up at a slider-disk interface. Tribol Int 40:1253-1257
37. Lemke JU (1992) Non-contact recording with a liquid interface. Concepts Contact Rec 3:25-26
38. Li J, Liu B, Hua W, Ma Y (2002) Effects of intermolecular forces on deep sub-10 nm spaced sliders. IEEE Trans Magn 38(5):2141-2143
39. Liu B, Hua W, Zhu Y, Low TS (1998) Engineering performance evaluation of tri-pad slider for proximity recording. Adv Info Storage Syst 9:143-156
40. Liu B, Zhang MS, Yu SK, Hua W, Ma YS, Zhou WD, Gonzaga L, Man YJ (2009) Lube-surfing recording and its feasibility exploration. IEEE Trans Magn 45(2):899-904
41. Mate CM, Payne RN (2007) Disk drive with negative-pitch slider having protrusion pad contacting the disk when the disk is rotating at operating speed. US Patent 7,218,478
42. Matsuoka H, Fukui S, Kato T (2003) Influence of the meniscus force for contact recording head dynamics over a randomly undulating disk surface. IEEE Trans Magn 39(2):864-869
43. Meyer DW, Kupinski PE, Liu JC (1999) Slider with temperature responsive transducer positioning. US Patent 5,991,113
44. Muenter N, Knappmann S, Morsbach C, Gatzen HH (2007) Acoustic emission (AE) measurements to determine the dynamic flying characteristics of optical sliders. Microsyst Technol 13:173-175
45. Oden JT, Martins JAC (1985) Models and computational methods for dynamic friction phenomena. Computer Methods Appl Mech Eng 52:527-634
46. Ohta Y, Shimokoshi M, Nakazaki N, Takahashi J, Suenaga T (1994) An effect of head vibration on read/write characteristics in contact recording. J Magn Soc Jpn 18(S1):529-532
47. Ono K, Maruyama H (1998) An experimental study about the bouncing vibration of a contact slider. Adv Info Storage Syst 8:33-48
48. Ono K, Ohara S (2005) Experimental identification of elastic, damping and adhesion forces in collision of spherical sliders with stationary magnetic disks. ASME Trans J Tribol 127:365-375 (Pubitemid 40664767)
49. Schaenzer MJ, Keel BG, Boutaghou ZE, Nagarajan S (1999) Integrated piezoelectric and thermal asperity transducers for testing disc media in high performance disc drives. US Patent 5,872,311
50. Sheng G, Liu B, Hua W, Miao Y, Xu B, Yan L, Sridhar U (2000) Design and analysis of MEMS-based slider suspensions for a high-performance magnetic recording system. J Micromech Microeng 10:64-71
51. Shi X, Polycarpou AA (2005) An elastic-plastic hybrid adhension model for contacting rough surfaces in the presence of molecularly thin lubricant. J Colloid Interface Sci 290:514-525
52. Shi X, Polycarpou AA (2008) Investigation of contact stiffness and contact damping for magnetic storage head-disk interfaces. ASME Trans J Tribol 130:021901
53. Shimizu Y, Ono K, Xu J, Tsuchiyama R, Anan H (2008) Study of a spherical-pad head slider for stable low-clearance recording in near-contact regime. Tribol Lett 30:161-167
54. Singh GP, Knigge BE, Payne R, Wang RH, Mate CM, Amett PC, Davis C, Nayak V, Wu X, Schouterden K, Buamgart P (2004) A novel wear-in-pad approach to minimizing spacing at the head/ disk interface. IEEE Trans Magn 40(4):3148-3152
55. Sinha SK, Kawaguchi M, Kato T (2004) Surface profiles and modulation of unltr-chin perfluoropolyether lubricant in contact sliding. J Phys D Appl Phys 37:2247-2255
56. Song D, Schnur D, Boutaghou ZE (2004) Discharge mechanism of electrostatic fly control. IEEE Trans Magn 40(4):3162-3164
57. Streator JL (1996) Head-disk interface performance with a starved liquid bearing-analytical solution to Reynolds equation in the near-contact regime. ASME Trans J Tribol 118:492-497
58. Suh AY, Polycarpoua AA (2005) Adhesive contact modeling for sub5-nm ultralow flying magnetic storage head-disk interfaces including roughness effects. J Appl Phys 97:104328
59. Suk M (1996) The effect of disk roughness on the wear of contact recording heads. ASME Trans J Tribol 118:794-799
60. Tagawa N, Hashimoto M, Kajitani H (1996) Micromachined silicon dual negative pressure slider bearings with an integrated suspension mechanism for nanospacing head/disk interface. Adv Info Storage Syst 7:375-384
61. Tagawa N, Kitamur KI, Mori A (2003) Design and fabrication of MEMS-based active slider using double-layered composite PZT thin film in hard disk drives. IEEE Trans Magn 39(2):926-931
62. Tagawa N, Sendo H, Mori A (2005) Effects of molecularly thin lubricant films on slider touch-down and take-off hysteresis behavior in hard disk drives. Proceedings of WTC2005, WTC2005-63622
63. Tagawa N, Mori A, Senoue K (2007) Effects of molecularly thin liquid lubricant films on slider hysteresis behavior in hard disk drives. Trans ASEM J Tribol 129:579-585 (Pubitemid 47180759)
64. Takahashi K, Ito J (2003) Magnetic disk apparatus. US Patent 2003/ 0174430 A1
65. Talke FE (1997) A review of 'contact recording' technologies. Wear 207:118-121
66. Taminoto K, Itoh J, Ohtsubo Y, Kubota Y, Sekimura M (1996) A study of beam type contact heads for HDDs. Adv Info Storage Syst 7:39-54
67. Thornton BH (2003) Head-disk interface dynamics of ultra-low flying air bearing sliders for hard-disk drive applications. Ph.D. dissertation, University of California, Berkeley, p 165
68. Tsuchiyama R (1998) Simulation of dynamic characteristics of a three-wear-pad contact slider subjected to wavy excitation and collision. Adv Info Storage Syst 9:203-214
69. Wahl MH, Kwon H, Talke FE (1997) Simulation of asperity contacts at the head/disk interface of tri-pad sliders during steady-state flying. Tribol Trans 40(1):75-80
70. Wasem JV, LaMarche BL, Langford SC, Dickinsion JT (2003) Triboelectric charging of a perfluoropolyether lubricant. J Appl Phys 93(4):2202-2207
71. Wickert JA, Lambeth DN, Fang W (1992) Toward a micromachined dual slider and suspension assembly for contact recording. Concepts Contact Rec 3:27-39
72. Wright JS (2007) Suspension load beam with a composite damping core. US Patent 7,224,554
73. Wu L (2006) Viscous shear stress reduction by a second layer of slippage liquid for contact recording. Tribol Int 39:261-265
74. Xu J, Tsuchiyama R (2003) Ultra-low-flying-height design from the viewpoint of contact vibration. Tribol Int 36:459-466
75. Xu J, Kiely JD, Hsia YT, Talke FE (2008) Dynamic of ultra low flying sliders during contact with a lubricated disk. Microsyst Technol 2007 13:1371-1375
76. Xue X, Polycarpou AA (2007) An improved meniscus surface model for contacting rough surfaces. J Colloid Interface Sci 311:203-211
77. Yanagisawa M (2008) New approaches to in-contact recording system for high density recording. Int J Prod Dev 5(3/4):359-377
78. Yeack-Scranton CE, Khanna VD, Etzold KF, Praino AP (1990) An active slider for practical contact recording. IEEE Trans Magn 26(5):2478-2483
79. Zhang MS, Yu SK, Liu J, Liu B (2005) Flying height adjustment by slider's air bearing surface profile control. J Appl Phys 97(10):309-311
80. Zhang MS, Liu B, Hu SB (2009) Reader as a contact detector. Appl Phys Lett 94:241911
81. Zhou L, Kato K, Vurens G, Talke FE (2003) The effect of slider surface texture on flyability and lubricant migration under near contact conditions. Tribol Int 36(4):269-277
82. Zhou WD, Liu B, Yu SK, Hua W, Wong CH (2008) A generalized heat transfer model for thin film bearings at head-disk interface. Appl Phys Lett 92:043109