photo

sameh abdellatif


Last seen: 1 year ago Active since 2020

Followers: 1   Following: 0

Statistics

File Exchange

7 Files

RANK
N/A
of 301,275

REPUTATION
N/A

CONTRIBUTIONS
0 Questions
0 Answers

ANSWER ACCEPTANCE
0.00%

VOTES RECEIVED
0

RANK
8,836 of 21,216

REPUTATION
90

AVERAGE RATING
0.00

CONTRIBUTIONS
7 Files

DOWNLOADS
9

ALL TIME DOWNLOADS
855

RANK

of 173,777

CONTRIBUTIONS
0 Problems
0 Solutions

SCORE
0

NUMBER OF BADGES
0

CONTRIBUTIONS
0 Posts

CONTRIBUTIONS
0 Public Channels

AVERAGE RATING

CONTRIBUTIONS
0 Discussions

AVERAGE NO. OF LIKES

  • Personal Best Downloads Level 1
  • First Submission

View badges

Feeds

View by

Submitted


Analytical model for transmission dips in 2D CCs
In a work published in Applied Optics (Sameh O. Abdellatif, Khaled Kirah, Frank Marlow, 2021), an analytical model for 2D CCs is...

4 years ago | 1 download |

0.0 / 5
Thumbnail

Submitted


Analytical model for transmission dips in self-assembled two
Disordering Self-assembled two-dimensional (2D) colloidal crystals (CCs) are utilized in various optical devices, lamodel for 2D...

4 years ago | 1 download |

0.0 / 5

Submitted


Random forest model applied on DSSC
For enhancing and predicting the performance of DSSCs, the random-forest algorithm provides both efficiency and flexibility to b...

4 years ago | 1 download |

0.0 / 5

Submitted


FET: IGZO vs. SI
FET model using both Si and IGZO as semiconductor active material

5 years ago | 3 downloads |

0.0 / 5

Submitted


Electric Vacherie' optimization using non-linear programmin
This code optimize the sequence of charging in electric vehicles station using NLP

5 years ago | 1 download |

0.0 / 5

Submitted


PV-ON: offline PV grid-connect system pre-sizing tool
This code introduce an offline version for a pre-sizing techno-economic tool used in PV grid-connected systems

5 years ago | 1 download |

0.0 / 5

Submitted


DSSC optical modelling
This code demonstrates an optical model for DSSC based on characterization matrix method

6 years ago | 1 download |

0.0 / 5