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NSR 0430
Known as:
NSR-0430
National Institutes of Health
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Ferric Compounds
Papers overview
Semantic Scholar uses AI to extract papers important to this topic.
2019
2019
Salivary α2-macroglobulin as a marker for glycemic control in patients with type 2 diabetes mellitus
Ayman Abd-Elrahman Nsr-Allah
,
S. El-Osh
,
Azza Ahmed
,
S. Hazem
The Egyptian Journal of Internal Medicine
2019
Corpus ID: 195785699
Introduction Panic from needle and the cost can discourage some diabetic patients from monitoring their blood glucose levels in a…
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2015
2015
Latest performance of ArF immersion scanner NSR-S630D for high-volume manufacturing for 7nm node
Takayuki Funatsu
,
Y. Uehara
,
+6 authors
Yuichi Shibazaki
Advanced Lithography
2015
Corpus ID: 120533642
In order to achieve stable operation in cutting-edge semiconductor manufacturing, Nikon has developed NSR-S630D with extremely…
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2014
2014
Immersion scanners enabling 10nm half-pitch production and beyond
Hiroyuki Egashira
,
Y. Uehara
,
+4 authors
Masanori Ohba
Advanced Lithography
2014
Corpus ID: 120747894
Nikon’s new immersion scanner “NSR-S630D” has been developed to deliver enhanced product overlay and CD uniformity while…
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2013
2013
High-productivity immersion scanner enabling 1xnm hp manufacturing
Yosuke Shirata
,
Yuichi Shibazaki
,
J. Kosugi
,
T. Kikuchi
,
Y. Ohmura
Advanced Lithography
2013
Corpus ID: 119943137
NSR-S622D, Nikon’s new ArF immersion scanner, provides the best and practicable solutions to meet the escalating requirement from…
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2012
2012
Immersion and dry ArF scanners enabling 22nm HP production and beyond
Y. Uehara
,
Jun Ishikawa
,
H. Kohno
,
Eiichirou Tanaka
,
Masanori Ohba
,
Yuichi Shibazaki
Advanced Lithography
2012
Corpus ID: 120111890
Pattern shrinks using multiple patterning techniques will continue to the 22nm half pitch (HP) node and beyond. The cutting-edge…
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2009
2009
An innovative platform for high-throughput high-accuracy lithography using a single wafer stage
Yuichi Shibazaki
,
H. Kohno
,
M. Hamatani
Advanced Lithography
2009
Corpus ID: 120437483
For 32 nm half-pitch node, double patterning is recognized as the most promising technology since some significant obstacles…
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2009
2009
Latest results from the Nikon NSR-S620 double patterning immersion scanner
Kazuhiro Hirano
,
Yuichi Shibazaki
,
M. Hamatani
,
Jun Ishikawa
,
Y. Iriuchijima
Lithography Asia
2009
Corpus ID: 110298766
Double patterning (DP), an extension of immersion, is the leading contender for the manufacturing of 32 nm half pitch node…
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2007
2007
Immersion defectivity study with volume production immersion lithography tool
K. Nakano
,
H. Kato
,
+8 authors
Haiping Zhang
SPIE Advanced Lithography
2007
Corpus ID: 108577290
ArF immersion lithography has become accepted as the critical layer patterning solution for lithography going forward. Volume…
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2007
2007
Immersion Lithography Ready for 45 nm Manufacturing and Beyond
S. Owa
,
K. Nakano
,
+4 authors
H. Magoona
IEEE/SEMI Advanced Semiconductor Manufacturing…
2007
Corpus ID: 25980237
Enhanced resolution capability, defined in Rayleigh's criterion as: R = (k1*lambda)/NA (1); where R = minimum resolution, lambda…
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2006
2006
Mass production level ArF immersion exposure tool
Masahiko Okumura
,
Jun Ishikawa
,
M. Hamatani
,
M. Nei
SPIE Advanced Lithography
2006
Corpus ID: 111337025
VLSI chips are becoming denser and the industry is now moving to the development of devices at the 65nm node. While Nikon is…
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