Payman Karvani :: Personal Website

?

Channel Reputation Rank

#1640
?

Activity Status

Stale

last updated

According to the data and stats that were collected, 'Payman Karvani :: Personal Website' channel has a mediocre rank. The feed was last updated more than a year ago. In addition 'Payman Karvani :: Personal Website' includes a significant share of images in comparison to the text content. The channel mostly uses short articles along with sentence constructions of the intermediate readability level, which is a result indicating a well-crafted news inventory on the channel.

About 'Payman Karvani :: Personal Website' Channel

Personal website of Payman Karvanirabori, Payman Karvani, Paymaan, Peyman, Karevani

? Updates History Monthly Yearly
? Content Ratio
? Average Article Length

'Payman Karvani :: Personal Website' has mostly short articles at the moment, however, they might have a great potential to develop their materials and quality in future.

short

long

? Readability Level

'Payman Karvani :: Personal Website' provides texts of a basic readability level which can be quite comfortable for a wide audience to read and understand.

advanced

basic

? Sentiment Analysis

'Payman Karvani :: Personal Website' contains more negatively biased articles than positive or neutral ones (e.g. it may include some critical or negatively biased opinions on the subjects addressed on the channel).

positive

negative

Recent News

Unfortunately Payman Karvani :: Personal Website has no news yet.

But you may check out related channels listed below.

Imaging Using SE and BSE Signals

[...] SE1 image of NiAl alloy BSE (TOPO) image of NiAl alloy Stereo image of fracture surface [...]

Faraday cup and depth of field

[...] image is the Faraday cup aperture.   Depth of field effect is shown on SEM images of fracture surface. [...]

Introduction to SEM

[...] images from the first session of working with JSM-840 SEM.   Metal particles   Fracture surface [...]

Faraday cup and depth of field

[...] Faraday Cup is designed to catch charged particles in vacuum in order to measure the beam parameters. Black [...]

TEM – Camera Constant Calibration

[...] TEM image of evaporated gold film Diffraction pattern [...]

TEM – Camera Constant Calibration

[...] TEM image of evaporated gold film Diffraction pattern [...]

Imaging Using SE and BSE Signals

[...] SE1 image of NiAl alloy BSE (TOPO) image of NiAl alloy Stereo image of fracture surface [...]

Faraday cup and depth of field

[...] the middle of the image is the Faraday cup aperture.   Depth of field effect is shown on SEM images of fracture surface. [...]

Faraday cup and depth of field

[...] in order to measure the beam parameters. Black circle in the middle of the image is the Faraday cup aperture.   Depth of field effect is shown on SEM images of fracture surface. [...]

Imaging Using SE and BSE Signals

SE1 image of NiAl alloy BSE (TOPO) image of NiAl alloy Stereo image of fracture surface [...]

TEM – Camera Constant Calibration

TEM image of evaporated gold film Diffraction pattern [...]

Imaging Using SE and BSE Signals

[...] SE1 image of NiAl alloy BSE (TOPO) image of NiAl alloy Stereo image of fracture surface [...]

?Key Phrases
Imaging Using SE and BSE Signals

[...] SE1 image of NiAl alloy BSE (TOPO) image of NiAl alloy Stereo image of fracture surface [...]

Faraday cup and depth of field

[...] image is the Faraday cup aperture.   Depth of field effect is shown on SEM images of fracture surface. [...]

Introduction to SEM

[...] images from the first session of working with JSM-840 SEM.   Metal particles   Fracture surface [...]

Related channels