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19篇 您的检索式:作者名="CATUNDA"
    题名 作者 年代 出处 被引量
1Pathogen removal in stabilization ponds treatinf UASB efffluents显示文摘Dixo H G Gambrill M Catunda P F C van Haandel A C Wat Sci Tech0,31,12:1
2Transient four-wave mixing in saturable media with a nonlinear refractive index 显示文摘Sousa P C de Nader G Catunda T 1999Optics Communications1999,163,:1
3Normalized-lifetime thermal-lens method for the determination of luminescence quantum efficiency and thermooptical coefficients:Application to Nd3+-doped glasses显示文摘JACINTO C OLIVERIRA S NUNES L MYERS J MYERS M CATUNDA T 0,,12:1
4Thermal and optical properties of chalcohalide glass显示文摘Lima S M Andrade A A Catunda T 2001J Non-Cryst Solids2001,284,:1
5Improved performance and increased applicability of waste stabilization ponds by pretreatment in a UASB reactor显示文摘Paula Frassinetti Cavalcanti Catunda Adrianus Cvan Haandel 1996Water Science and Technology1996,33,7:1
6Mode-mismatched thermal lens spectrometry for thermo-optical properties measurement in optical glasses:a review显示文摘Lima S M Sampaio J Catunda T 2000J Non-Cryst Solids2000,273,13:1
7显示文摘Andrade A A Catunda T 2000J of Non-Crystalline Solids2000,273,:1
8Thermal and optical properties of chalcohalide glass 显示文摘Lima S M Andrade A A Catunda T 2001J Non-Crystalline Solides2001,284,:1
9Hydrogel of polysaccharide of sugarcane molasses as carrier of bone morphogenetic protein in the reconstruction of critical bone defects in rats显示文摘Medeiros Júnior MD Carvalho EJ Catunda IS 2013Acta Cir Bras2013,28,4:1
10Maximum-likelihood data fusion of phase-difference and threshold-detection techniques for wind-speed measurement显示文摘VILLANUEVA J M M CATUNDA S Y C TANSCHEIT R 0,,07:1
11Transverse self-phase modulation in ruby and GdA103: Cr3 crystals显示文摘CATUNDA T CURY L A 1990Journal of the Optical Society of A- merica1990,7,8:1
12Improved performance and increased applicability of waste stabilization ponds by pretreat- ment in a UASB reactor 显示文摘Frassinetti P Catunda C van Haandel A C 1996Wat Sci Tech1996,33,7:1
13Spectroscopy, thermal and optical properties of Nd-doped chalcogenide glasses 显示文摘LIMA S M SAMPANIO J A CATUNDA T 2001J Nano-cryst Solids2001,284,1:1
14Thermal and optical properties of chalcohalide glass 显示文摘LIMA S M CATUNDA T BAESSO M L 2001Journal of Non-Crystalline Solids2001,284,13:1
15显示文摘Sampaio J A Lima S M Catunda T 2002J Non Cryst Solids2002,304,:1
16Thermal and Optical Properties of Chalcohalide Glass显示文摘Liilia S M Catunda T Baesso M L 2001Journal of Non-Crystalline Solids2001,,13:1
17Discrimination between electronic and thermal contribu?tions to the nonlinear refractive index of SrAlFs: Cr+3 显示文摘ANDRADE A A TENORIO E CATUNDA T 1999Journal of the Optical Society of America B-Optical Physics1999,16,3:1
18Nonlinear electronic line shape determination in Yb3+-doped phosphate glass显示文摘MESSIAS D N CATUNDA T 2007Optics Letters2007,32,6:1
19Biomechanical Analysis of the STS Movement and Impact of an Assistive Device on the Elderly and People with Displacement Difficulties显示文摘This study presents a biomechanical analysis of the performance of the STS(sit-to-stand)movement applied to elderly and people with difficulty of displacement comparing it with and without an assistive technology device.A biomechanical kinemetry method was used for the movement evaluation.A two-dimensional virtual human model was developed through segmented ergonomic video analysis and the data obtained were numerically simulated to measure the inertial forces and torques of the complete execution of the STS movement.The device allows a vertical elevation of 0 to 400 mm and an anterior slope of up to 25°.A prototype was used to compare the movement with and without the assistive device.As a result,the torques in the lower limbs’joints and the vertical ground reaction forces were reduced by up to 60%and 23%,respectively.There was a reduction of up to 37°in the maximum trunk flexion angle during the cycle.The horizontal displacement of the center of mass was reduced by up to 70%.Rodrigo Goncalves de Souza Maciel Daniel Kioshi Kawasaki Cavalcanti Carlos Eduardo Guedes Catunda Fernando Ribeiro da Silva 2019Journal of Mechanics Engineering and Automation2019,9,4:0
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