| mach-1 | 关节诱导的人膝关节软骨浅表区域软骨细胞的反应-剪切和滑动的影响文献，articulation-induced responses of superficial zone chondrocytes in human knee articular cartilage-effects of shear and sliding | biomomentum | 李先生 |
| Mach-1 mechanical tester | 使用biomomentum mach-1 mechanical tester，mach-1 – automated indentation mapping (ma056-sop01-d v2) sim s and quenneville e biomomentum inc. laval (qc), canada, effective date: april 7th, 2015 purpose: this procedure describes a standard method to realize an automated indentation mapping over the surface of a sample using the mach-1 mechanical tester (model v500css or v500csst, with software add-on for automated indentation... read more ma056-sop01-d v2 mach-1-automated indentation mapping.pdf mach-automated thickness mapping of an articular surface (ma056-sop02-d v2) sim s and quenneville e biomomentum inc. laval (qc), canada, effective date: april 7th, 2015 purpose: this procedure describes a standard method to realize an automated thickness mapping over the non-planar surface of articular cartilage using the mach-1 mechanical tester (model v500css or v500csst, with software add-on for... read more ma056-sop02-d v2 mach-1-automated thickness mapping of an articular surface.pdf mach-1-unconfined compression of an articular cartilage osteochondral core (ma056-sop03-d v2) sim s and quenneville e biomomentum inc. laval (qc), canada, effective date: april 7th, 2015 purpose: this procedure describes a standard method to realize unconfined compression on an osteochondral core using the mach-1 mechanical tester. scope: this procedure can be used for the ex... read more ma056-sop03-d v2 mach-1-unconfined compression of an articular cartilage osteochondral core.pdf mach-1-dynamic mechanical testing (ma056-sop04-d v1) hadjab i and quenneville e biomomentum inc. laval (qc), canada, effective date: december 3rd, 2014 purpose this document describes a standard method to assess the frequency behavior of the dynamic mechanical properties of material through the complex young's (e*) or shear (g*) modulus using the mach-1 mechanical tester.... read more ma056-sop04-d v1 mach-1-dynamic mechanical testing.pdf mach-1-unconfined compression of a disk (ma056-sop05-d v1) sim s and quenneville e biomomentum inc. laval (qc), canada, effective date: april 14th, 2015 purpose this procedure describes a standard method to realize unconfined compression on a disk-shaped sample using the mach-1tm mechanical tester. scope this procedure can be... read more ma056-sop05-d v1 mach-1-unconfined compression of a disk.pdf mach-1-confined compression of a cartilage disk (ma056-sop06-d v3) sim s and quenneville e biomomentum inc. laval (qc), canada, effective date: july 27th, 2017 purpose this procedure describes a standard method to realize confined compression of a cartilage disk using the mach-1tm mechanical tester. scope this procedure can be... read more ma056-sop06-d v3 mach-1-confined compression of a cartilage disk.pdf mach-1-shear testing on a cartilage disk or an osteochondral core (ma056-sop07-d v2) tessier j and quenneville e biomomentum inc. laval (qc), canada, effective date: august 25th, 2015 purpose this procedure describes a standard method to realize a planar or a torsion shear test on an articular cartilage disk or an osteochondral core using the mach-1tm mechanical tester. read more ma056-sop07-d v2 mach-1-shear testing on a cartilage disk or an osteochondral core.pdf mach-1-friction testing on a cartilage disk or an osteochondral core (ma056-sop08-d v2) chartrand a and quenneville e biomomentum inc. laval (qc), canada, effective date: august 24th, 2015 purpose this procedure describes a standard method to realize a friction test on a cartilage disk or an osteochondral core using the mach-1 tm mechanical tester. read more ma056-sop08-d v2 mach-1-friction testing on a cartilage disk or an osteochondral core.pdf mach-1 extraction and preparation of cartilage disks and osteochondral cores from an articular surface (ma056-sop09-d v1) sim s and quenneville e biomomentum inc. laval (qc), canada, effective date: august 25th, 2015 purpose this procedure describes a standard method to extract and prepare cartilage disks and osteochondral cores from an articular surface. scope this procedure can be used for the... read more ma056-sop09-d v1 mach-1-extraction and preparation of cartilage disks and osteochondral cores from an articular surface.pdf mach-1-extraction of articular surfaces from a closed stifle joint in large animal species (ma056-sop10-d v1) sim s and quenneville e biomomentum inc. laval (qc), canada, effective date: february 1st, 2016 purpose this procedure describes a standard method to extract articular surface from a closed stifle joint in large animals. scope this procedure can be used for the stifle joint of large... read more ma056-sop10-d v1 mach-1-extraction of articular surfaces from a closed stifle joint in large animal species.pdf mach-1-3-point or 4-point bending test (ma056-sop11-d v2) sim s and quenneville e biomomentum inc. laval (qc), canada, effective date: march 9th, 2016 purpose this procedure describes a standard method to realize a flexural (3-point and 4-point) bend test on a material sample using the mach-1 mechanical tester. scope this procedure can... read more ma056-sop11-d v2 mach-1-3-point or 4-point bending test.pdf mach-1 analysis-extraction of elastic model parameters following an automated indentation mapping (sw186-sop01-d v1) sim s and quenneville e biomomentum inc. laval (qc), canada, effective date: april 17th, 2015 purpose this procedure describes a method to extract elastic model parameters (instantaneous modulus, which is referred as the young's modulus in mach-1 analysis, and shear modulus) from mach-1 files generated during an automated... read more sw186-sop01-d v1 mach-1 analysis-extraction of elastic model parameters following an automated indentation mapping.pdf mach-1 analysis-extraction of thickness values following automated thickness mapping of an articular surface (sw186-sop02-d v1) sim s, lavoie jf and quenneville e biomomentum inc. laval (qc), canada, effective date: april 22th, 2015 purpose this procedure describes a method to extract the thickness of cartilage from mach-1 files generated during an automated thickness mapping of an articular surface (as per ma056-sop02-d). it also describes the creation of a... read more sw186-sop02-d v1 mach-1 analysis-extraction of thickness values following automated thickness mapping of an articular surface.pdf mach-1 analysis-extraction of mechanical parameters following unconfined compression (sw186-sop03-d v1) sim s biomomentum inc. laval (qc), canada, effective date: april 15th, 2015 purpose this procedure describes a method to extract mechanical parameters from mach-1 result files generated during an unconfined compression of a sample (e.g. an osteochondral core (as per ma056-sop03-d) or a disk (as per... read more sw186-sop03-d v1 mach-1 analysis-extraction of mechanical parameters following unconfined compression.pdf mach-1 analysis-extraction of the complex modulus components following dynamic mechanical testing (sw186-sop04-d v1) hadjab i and quenneville e biomomentum inc. laval (qc), canada, effective date: december 3rd, 2014 purpose this procedure describes a method for the extraction of the complex modulus components (young's (e' and e”) and shear (g' and g”) modulus) following dynamic mechanical testing performed as per... read more sw186-sop04-d%20v1%20mach-1%20analysis%20-%20extraction%20of%20the%20complex%20modulus%20components%20following%20dynamic%20mechanical%20testing.pdf mach-1 analysis-extraction of mechanical parameters following confined compression (sw186-sop05-d v2) lavallée ap and quenneville e biomomentum inc. laval (qc), canada, effective date: august 24th, 2015 purpose this procedure describes a standard method to extract mechanical parameters from a mach-1 result file generated during confined compression of a cartilage disk perform as per ma056-sop06-d. scope this... read more sw186-sop05-d v2 mach-1 analysis-extraction of mechanical parameters following confined compression.pdf mach-1 analysis-extraction of mechanical parameters following shear testing on a cartilage disk or an osteochondral core (sw186-sop06-d v1) lavallée ap biomomentum inc. laval (qc), canada, effective date: august 19th, 2015 purpose this procedure describes a method to extract mechanical parameters from mach-1 result files generated following shear testing on a cartilage disk or an osteochondral core as per ma056-sop07-d. read more sw186-sop06-d v1 mach-1 analysis-extraction of mechanical parameters following shear testing on a cartilage disk or an osteochondral core.pdf mach-1 analysis-extraction of mechanical parameters following friction testing on a cartilage disk or an osteochondral core (sw186-sop07-d v2) chartrand a and quenneville e biomomentum inc. laval (qc), canada, effective date: august 24h, 2015 purpose this procedure describes a matlab-based method to extract mechanical parameters from the mach-1 result files generated following friction testing on a cartilage disk or an osteochondral core as per... read more sw186-sop07-d v2 mach-1 analysis-extraction of mechanical parameters following friction testing on a cartilage disk or an osteochondral core.pdf mach-1 analysis-extraction of mechanical parameters following bending test (sw186-sop08-d v2) sim s biomomentum inc. laval (qc), canada, effective date: march 9th, 2016 purpose this procedure describes a method for the extraction of mechanical parameters such as the modulus of elasticity in bending (ef ) and the maximum flexural strength (?f ) following a flexural (3-point and 4-point bend) test... read more sw186-sop08-d v2 mach-1 analysis-extraction of mechanical parameters following bending test.pdf mach-1-hardness testing (ma056-sop12-d v1) gilbert n and quenneville e biomomentum inc. laval (qc), canada, effective date: december 9th, 2016 purpose: this procedure describes a standard method to realize an indentation hardness test on a material sample using the mach-1 mechanical tester. scope: this procedure can be applied on any type of... read more ma056-sop12-d v1 mach-1-hardness testing.pdf mach-1-lap shear testing (ma056-sop13-d v2) gilbert n and quenneville e biomomentum inc. laval (qc), canada, effective date: december 19th, 2016 purpose: this procedure describes a standard method to realize a lap shear test on an adhesive between two substrates using the mach-1 mechanical tester. scope: this procedure can be used for lap shear adhesion testing.... read more ma056-sop13-d v2 mach-1-lap shear testing.pdf mach-1 analysis-extraction of mechanical parameters following lap shear test (sw186-sop09-d v2) gilbert n and quenneville e biomomentum inc. laval (qc), canada, effective date: december 19th, 2016. purpose this procedure describes a method to extract mechanical parameters from mach-1 result files generated following lap shear testing on an adhesive between two substrates as per ma056-sop13-d. read more sw186-sop09-d v2 mach-1 analysis-extraction of mechanical parameters following lap shear test.pdf mach-1-flexion testing of needle-shaped samples (ma056-sop14-d v2) gilbert n and quenneville e biomomentum inc. laval (qc), canada, effective date: 26jan2018 purpose this procedure describes a standard method of performing a flexural bend test on a needle-shaped sample with a protruding head using the mach-1tm mechanical tester. read more ma056-sop14-d v2 mach-1-flexion testing of needle-shaped samples.pdf mach 1 analysis-extraction of mechanical parameters following flexion testing of needle-shaped samples (sw186-sop10-d v2) gilbert n and quenneville e biomomentum inc. laval (qc), canada, effective date: 16jan2018 purpose this procedure describes a standard method to extract the following mechanical parameters from a flexural bend test on a needle-shaped sample with a protruding head using the mach-1tm mechanical tester:... read more sw186-sop10-d v2 mach-1 analysis-extraction of mechanical parameters following flexion testing of needle-shaped samples.pdf indentation and thickness mapping of articular surfaces through manual positioning (protocol template aaax1 v1) biomomentum inc. laval (qc), canada, effective date: december 6th, 2016. purpose | biomomentum | 李先生 |
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stand-alone female mini luer ports stand-alone female mini luer ports chip droplet generator-one channel design-mini luer chip droplet generator-one channel design-mini luer male mini luer plugs male mini luer plugs chip droplet generator-multi channel designs-mini luer chip droplet generator-multi channel designs-mini luer male luer fluid connectors male luer fluid connectors chip droplet generator-different droplet sizes-mini luer chip droplet generator-different droplet sizes-mini luer chip droplet generator & storage-mini luer chip droplet generator & storage-mini luer particle & cell sorting chip-spiral sorter-mini luer particle & cell sorting chip-spiral sorter-mini luer chip passive herringbone mixer-luer mini luer to luer adapters male luer plugs chip passive diffusion mixer-luer chip rhombic chamber-mini luer stand-alone female olive ports stand-alone female olive ports mini luer to pipette adapter mini luer to pipette adapter chip one straight channel-luer chip one straight channel-luer organ-on-a-chip-cross-flow membrane-mini luer organ-on-a-chip-cross-flow membrane-mini luer chip 4 straight channels-mini luer chip 4 straight channels-mini luer chip droplet generator-double emulsion-luer chip droplet generator-double emulsion-luer chip passive pearl-chain mixer-luer chip reaction chamber-mini luer chip 8 straight channels-luer chip 8 straight channels-luer lab-on-a-chip handling platform incubator for cell culture lab-on-a-chip handling platform incubator for cell culture luer lock chip connection ports w wide base male mini luer plugs-low volume displacement male mini luer plugs-low volume displacement made in pp (polypropylene), chip 16 straight channels-mini luer chip 16 straight channels-mini luer chip droplet generator-four elements on one chip-luer chip droplet generator-four elements on one chip-luer | mircofluidicchips | 李先生 |
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