The i-hooks and the tail coverage
#14
EMMA. Your example can also be explained by the quality of parchment  (local irregularities, fibers).

The pen has a longitudinal section D, which divides the pen into two halves B and C. When writing, the clerk holds the pen at an angle of 60-70 to the parchment. When the pen moves down, the frictional force is less. When moving upwards (especially if the parchment has local irregularities), the resistance increases. Each of the halves of B and C can react differently. A flat - parallel shift B and C (view A) occurs, resulting in an increase in line thickness (lilac size) and increased ink flow.
   
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Messages In This Thread
The i-hooks and the tail coverage - by Anton - 29-07-2018, 10:32 PM
RE: The i-hooks and the tail coverage - by -JKP- - 30-07-2018, 04:04 AM
RE: The i-hooks and the tail coverage - by -JKP- - 30-07-2018, 04:29 AM
RE: The i-hooks and the tail coverage - by ReneZ - 30-07-2018, 08:05 AM
RE: The i-hooks and the tail coverage - by -JKP- - 30-07-2018, 09:22 AM
RE: The i-hooks and the tail coverage - by -JKP- - 30-07-2018, 10:02 AM
RE: The i-hooks and the tail coverage - by Anton - 30-07-2018, 12:00 PM
RE: The i-hooks and the tail coverage - by -JKP- - 30-07-2018, 07:48 PM
RE: The i-hooks and the tail coverage - by -JKP- - 30-07-2018, 07:42 PM
RE: The i-hooks and the tail coverage - by Anton - 30-07-2018, 08:44 PM
RE: The i-hooks and the tail coverage - by Anton - 30-07-2018, 10:46 PM
RE: The i-hooks and the tail coverage - by Wladimir D - 31-07-2018, 06:25 AM

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