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廣  廨 廬 廩 廡廬 廖廚廨"  廩:
廢
廨廨 廨廬
www.deadseascrolls.org.il
廚廨廡 廨廬
廨 廬 廩 廚 廢 廬 廨廬 廚廩廬  廬 廚廬
廩廨 廨廬 
廡 廬 廡廣  廩 廡廝 廬廣
廬 廩 廡 廡廨 廬
廬 廩 廚 廚 廡廨
廨 廢廨 廬 廣 廩 廩
廨廩2008
廚 廖,廨"2010
廨廨 廖,廨"2011
廨廩2011
 廨 廬 廢 廖
 廢 廣
廩 廩 廖廚廨
廡廣
 廣廨廬
MV
廚廣 廩 廣廬
廢
 廣廨廬MV
 廬廨廬
廨 廚廨
廢 廨廬
廢
廡廣 廬  廩廨
廬廨
廣 廨 廩 廨廢
廡廢 
廖
廩廬
廬 廣廬
廣廬廩廨廬
廢 廬
4Q266廩廡 廨廬a
699
G5 orit rosengarten_leonlevy_dl_deadseascrolls
廣
廩
廖 廣廨
廩 廣
廨崋廬 峇峅(repeatability)
廢廬
廡廛 廩
P349-Fg002-R-C01-R01-D01092013-T155310-LR540_004.jpg
P349- Plate number
廡廛 廩
P349-Fg002-R-C01-R01-D01092013-T155310-LR540_004.jpg
P349- Plate number
Fg002- Fragment number according to the assigned number
廡廛 廩
P349-Fg002-R-C01-R01-D01092013-T155310-LR540_004.jpg
P349- Plate number
Fg002- Fragment number according to the assigned number
R- Recto/ V-Verso
廡廛 廩
P349-Fg002-R-C01-R01-D01092013-T155310-LR540_004.jpg
P349- Plate number
Fg002- Fragment number according to the assigned number
R- Recto/ V-Verso
C01-R01- Column and row in case of a fragment that is larger then the field of view
廡廛 廩
P349-Fg002-R-C01-R01-D01092013-T155310-LR540_004.jpg
P349- Plate number
Fg002- Fragment number according to the assigned number
R- Recto/ V-Verso
C01-R01- Column and row in case of a fragment that is larger then the field of view
D01092013- Date DDMMYYYY
T155310- Time HHMMSS
廡廛 廩
P349-Fg002-R-C01-R01-D01092013-T155310-LR540_004.jpg
P349- Plate number
Fg002- Fragment number according to the assigned number
R- Recto/ V-Verso
C01-R01- Column and row in case of a fragment that is larger then the field of view
D01092013- Date DDMMYYYY
T155310- Time HHMMSS
LR- Position of the projected lights
L R
RL RR
ML MR
廡廛 廩
P349-Fg002-R-C01-R01-D01092013-T155310-LR540_004.jpg
P349- Plate number
Fg002- Fragment number according to the assigned number
R- Recto/ V-Verso
C01-R01- Column and row in case of a fragment that is larger then the field of view
D01092013- Date DDMMYYYY
T155310- Time HHMMSS
LR- Position of the projected lights
540- Wavelength in NM
廡廛 廩
P349-Fg002-R-C01-R01-D01092013-T155310-LR540_004.jpg
P349- Plate number
Fg002- Fragment number according to the assigned number
R- Recto/ V-Verso
C01-R01- Column and row in case of a fragment that is larger then the field of view
D01092013- Date DDMMYYYY
T155310- Time HHMMSS
LR- Position of the projected lights
540- Wavelength in NM
004- Serial number from 1 to 28
www.deadseascrolls.org.il
Input
Output
廨 廣廨廬
廨廩 廚 廨盒潮3廩彭╋潮
廩 廨廬 廚廨廩廬 廩廬 廡廨廬
廡廖
廡廣 廩 廩  廬 廩 廡
廬廡廩廨廬廬 廩廚
廩 廡廨 廚廣 廩廬廚 廢廣廬
 廨 廬 廩 廡廬 廖廚廨 廩廚廬
廨廨 廡廨 廖廚廨廬  廨 廬 廡廨
廨,廣廨廬 廩 廖廨  廚廣
"廖 廬 廨廖廬 廩 廩 廣
SQE- Scripta Qumranica Electronica
ERC- The Hands that Wrote the Bible
Tel Aviv University Team: Yoram Zarai,
Tamar Lavee, Tal Hassner, Nachum
Dershowitz, and Lior Wolf
廚廣 廩廬廚
RTI- Reflectance Transformation Imaging
廖 廡廨 廖廨廡廬
 廣 廩廨廚 廬廚 廬,廣廨4,廡廨,廣廨4,廡廨
廖 廡廨 廖廨廡廬
 廣 廩廨廚 廬廚 廬,廣廨4,廡廨,廣廨4,廡廨
G5 orit rosengarten_leonlevy_dl_deadseascrolls
 廨
廩 
廚廨廖廡 廩
廖廡 廨
廖 廡
廨 
廨 廨
廨廩廡 廣
 
 廡廨
 廩
廨 廨
廡廖廨 廖
廨廨 
廖廚 廨廖
廬!
廨廖廖 -廨
 
廨 
 廨
廨 廨廡
廖廡廛 
廨廢'廚廨 
廨 
廣廬 廡廨
廚廨廡 
廢廨廝 廩
廨 廬廨
廨廖廨 廨廖
廩 廢
廩廨 廚
廣  廨 廬 廩 廡廬 廖廚廨"  廩:
廡
 廨
www.deadseascrolls.org.il
G5 orit rosengarten_leonlevy_dl_deadseascrolls
PAM 40.599
PAM 42.721 =
4Q37
Plate 390
4Q38b=4QDeutk3
4Q38b=4QDeutk3
4Q38b=4QDeutk3
Deuteronomy 30:13-18 (reconstructed text)
1. ] 廩廣[廬]廣 廩[廡廨
2. ]廨 廚[廣廩廬
3. ]vacat 廨廬 廬[廚
4. 廬][]廬 [廬廬廬
5. 廨廣廩廨廢
6. 廬廬廨廩廨
7. 廢廬廡廬廩廚廬
8. 廨廬廨廨廛廩廨
9. ]廬[廩廨廩廬廚
10. ] 廬廩[廣廬廩廬廬
11. ] 廨 [廣廬廬
12. ][廬廬廨
13. ]廣[廩廨廬廣廨

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G5 orit rosengarten_leonlevy_dl_deadseascrolls

Editor's Notes

  • #12: Each file name is unique, it is a string that is partly automatic and is comprised of the following stamps
  • #15: Each file name is unique, it is a string that is partly automatic
  • #16: Each file name is unique, it is a string that is partly automatic
  • #24: Always seeking to better our results and possibilities we have tried other imaging technology. RTI (Reflectance Transformation Imaging previously known as ptm) is a photographic method that captures a subjects surface shape and color and enables the interactive re-lighting of the subject from any direction. The object is photographed many times from a stationary camera position in each photograph the light is projected from a different known direction and angle. This process produces a series of images of the same subject with varying highlights and shadows. A free software generates a mathematical model of the surface. This delaminated fragment in the video has been imaged in a dome 44 times.