Temperature distribution assessment during radiofrequency ablation

Tatoń, Grzegorz; Rok, Tomasz; Rokita, E.

doi:10.1007/978-3-540-89208-3_641

Cited by 4 publications

(4 citation statements)

References 11 publications

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“…According to the observation of the authors of Refs. [12,13], our above optimal formalized equation is best they could find for accurate assessment of the temperature distribution during their surgical medical treatment. …”

Section: Discussion On the Comparisonmentioning

confidence: 98%

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A similarity transformation of velocity field and its application for an in-depth study on laminar free convection heat transfer of gases

Shang¹,

Zhong

2016

International Journal of Thermal Sciences

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Section: Discussion On the Comparisonmentioning

confidence: 98%

“…Our trust has been proved by studies in Refs. [12,13]. In such studies, our above optimal formulized equations on heat transfer coefficient of gaseous free convection were applied for assessment of temperature distribution during radiofrequency ablation related to surgical medical treatment.…”

Section: Discussion On the Comparisonmentioning

confidence: 99%

A similarity transformation of velocity field and its application for an in-depth study on laminar free convection heat transfer of gases

Shang¹,

Zhong

2016

International Journal of Thermal Sciences

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“…For example, studies [21,22] applied our contributed equations [8] on heat transfer coefficient of free convection for temperature distribution assessment during radiofrequency ablation related to surgical medical treatment. It is seen that even for the lead phantom close to the edges, for the maximal discrepancy from their test data, a satisfactory agreement (2 %) was achieved.…”

Section: Application Of the Temperature Parameter Modelmentioning

confidence: 99%

Novel models on fluid’s variable thermo-physical properties for extensive study on convection heat and mass transfer

Shang¹,

Zhong

2016

Heat Mass Transfer

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“…Studies [15,16] applied our formulization equations on heat transfer coefficient of free convection [4,5] for temperature distribution assessment during radiofrequency ablation related to surgical medical treatment. It is seen that even for the lead phantom close to the edges, for the maximal discrepancy from their test data, a satisfactory agreement (2%) was achieved.…”

Section: Expanded Application Of the Innovation Similarity Transformamentioning

confidence: 99%

An Innovative Similarity Transformation for In-Depth Research of Convection Heat and Mass Transfer

Shang¹,

Wang²,

Zhong³

2015

SJEE

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Our innovative similarity transformation for in-depth research of convection heat and mass transfer is presented.For solving convection heat and mass transfer issues, the boundary layer analysis method is used, and meanwhile, the FalknerSkan transformation is currently popular to treat the core similarity variables for velocity field similarity. But this type of transformation is inconvenient to do this core work, for similarity transformation of velocity field, because it is necessary to first induce flow function and group theory to d e r i v e a n intermediate function for an indirect similarity transformation of the velocity field. This case also allows a difficult situation on consideration of variable physical properties. With our innovative similarity transformation, the above inconvenient and difficult situations are avoided, and the velocity components can be directly transformed to the related dimensionless ones. Then, the similarity analysis and transformation of the governing partial differential equations can be simplified greatly. Furthermore, our innovative similarity transformation can conveniently treat variable physical properties and their coupled effect on heat and mass transfer for enhancement of the practical value of convection heat and mass transfer, and so is a better alternative transformation method to the traditional Falkner-Skan transformation. It was proved that the above two innovative methods have a wide practical application in industry.

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Temperature distribution assessment during radiofrequency ablation

Cited by 4 publications

References 11 publications

A similarity transformation of velocity field and its application for an in-depth study on laminar free convection heat transfer of gases

A similarity transformation of velocity field and its application for an in-depth study on laminar free convection heat transfer of gases

Novel models on fluid’s variable thermo-physical properties for extensive study on convection heat and mass transfer

An Innovative Similarity Transformation for In-Depth Research of Convection Heat and Mass Transfer

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