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Posted to user@nutch.apache.org by Lewis John Mcgibbney <le...@gmail.com> on 2015/01/10 19:15:26 UTC
Differences between parse-html and parse-tika for generation of parse metadata
Hi Folks,
Is the aim to have identical output from parse-tika and parse-html for
rendering of parse metadata?
With Nutch 1.10-SNAPSHOT with no local source code modifications, if we
take the following page [0], and turn metatags.names to wildcard *, with
parse-tika I get
Parse Metadata: og:type=article test=displayAbstract metatag.og:image=
http://journals.cambridge.org/cover_images/OPL/OPL.jpg metatag.og:image=
http://journals.cambridge.org/cover_images/OPL/OPL.jpg
fb:app_id=102729586536954 Cache-Control=no-store Pragma=no-cache
description=We present a comparative study of optical absorption,
photoluminescence (PL), and photoconductivity in bulk heterojunctions
comprising a high performance functionalized anthradithiophene (ADT)
derivative or the benchmark polymer P3HT as donor and functionalized
pentacene (Pn) derivative or PCBM as acceptor. Of all D/A blends studied,
the ADT/PCBM blend exhibited the highest charge photogeneration
efficiencies under 532 nm excitation, leading to the highest amplitudes of
time-resolved and continuous wave (cw) photocurrents. At nanosecond time
scales after photoexcitation, both ADT-TES-F-based blends and the
P3HT/Pn-TIPS-F8 blend exhibited photocurrents which were higher by a factor
of 2-10, depending on the blend, than that in the P3HT/PCBM blend. However,
cw photocurrents showed a different trend, with the ADT-TES-F/PCBM blend
exhibiting only a factor of 1.5-2.5 lower photoresponse than that in the
P3HT/PCBM blend, due to other contributions, such as that of charge
trap-limited transport, to cw photoresponse.
verify-v1=P40xFgT/ywJlpV7zP/etM8pJVJZ4CjdOId2dmmiCb+4=
metatag.og:type=article metatag.og:type=article metatag.expires=-1
metatag.expires=-1 format-detection=telephone=no
metatag.verify-v1=P40xFgT/ywJlpV7zP/etM8pJVJZ4CjdOId2dmmiCb+4=
metatag.verify-v1=P40xFgT/ywJlpV7zP/etM8pJVJZ4CjdOId2dmmiCb+4=
metatag.description=We present a comparative study of optical absorption,
photoluminescence (PL), and photoconductivity in bulk heterojunctions
comprising a high performance functionalized anthradithiophene (ADT)
derivative or the benchmark polymer P3HT as donor and functionalized
pentacene (Pn) derivative or PCBM as acceptor. Of all D/A blends studied,
the ADT/PCBM blend exhibited the highest charge photogeneration
efficiencies under 532 nm excitation, leading to the highest amplitudes of
time-resolved and continuous wave (cw) photocurrents. At nanosecond time
scales after photoexcitation, both ADT-TES-F-based blends and the
P3HT/Pn-TIPS-F8 blend exhibited photocurrents which were higher by a factor
of 2-10, depending on the blend, than that in the P3HT/PCBM blend. However,
cw photocurrents showed a different trend, with the ADT-TES-F/PCBM blend
exhibiting only a factor of 1.5-2.5 lower photoresponse than that in the
P3HT/PCBM blend, due to other contributions, such as that of charge
trap-limited transport, to cw photoresponse. metatag.description=We present
a comparative study of optical absorption, photoluminescence (PL), and
photoconductivity in bulk heterojunctions comprising a high performance
functionalized anthradithiophene (ADT) derivative or the benchmark polymer
P3HT as donor and functionalized pentacene (Pn) derivative or PCBM as
acceptor. Of all D/A blends studied, the ADT/PCBM blend exhibited the
highest charge photogeneration efficiencies under 532 nm excitation,
leading to the highest amplitudes of time-resolved and continuous wave (cw)
photocurrents. At nanosecond time scales after photoexcitation, both
ADT-TES-F-based blends and the P3HT/Pn-TIPS-F8 blend exhibited
photocurrents which were higher by a factor of 2-10, depending on the
blend, than that in the P3HT/PCBM blend. However, cw photocurrents showed a
different trend, with the ADT-TES-F/PCBM blend exhibiting only a factor of
1.5-2.5 lower photoresponse than that in the P3HT/PCBM blend, due to other
contributions, such as that of charge trap-limited transport, to cw
photoresponse. dc:title=Cambridge Journals Online - MRS Online Proceedings
Library - Abstract - Charge carrier dynamics in small-molecule- and
polymer-based donor-acceptor blends metatag.og:url=
http://journals.cambridge.org/abstract_S1946427414009567 metatag.og:url=
http://journals.cambridge.org/abstract_S1946427414009567
metatag.test=displayAbstract metatag.test=displayAbstract
metatag.content-encoding=UTF-8 metatag.content-encoding=UTF-8 Expires=-1
metatag.pragma=no-cache metatag.pragma=no-cache metatag.dc:title=Cambridge
Journals Online - MRS Online Proceedings Library - Abstract - Charge
carrier dynamics in small-molecule- and polymer-based donor-acceptor blends
metatag.dc:title=Cambridge Journals Online - MRS Online Proceedings Library
- Abstract - Charge carrier dynamics in small-molecule- and polymer-based
donor-acceptor blends metatag.cache-control=no-store
metatag.cache-control=no-store metatag.format-detection=telephone=no
metatag.format-detection=telephone=no og:image=
http://journals.cambridge.org/cover_images/OPL/OPL.jpg og:url=
http://journals.cambridge.org/abstract_S1946427414009567
metatag.content-type=text/html; charset=UTF-8
metatag.content-type=text/html; charset=UTF-8 Content-Encoding=UTF-8
metatag.fb:app_id=102729586536954 metatag.fb:app_id=102729586536954
Content-Type=text/html; charset=UTF-8
with parse-html, I get
Parse Metadata: metatag.test=displayAbstract caching.forbidden=content
metatag.pragma=no-cache metatag.cache-control=no-store metatag.title=Charge
carrier dynamics in small-molecule- and polymer-based donor-acceptor blends
metatag.format-detection=telephone=no metatag.content-type=text/html;
charset=UTF-8 CharEncodingForConversion=utf-8 OriginalCharEncoding=utf-8
metatag.expires=-1 metatag.originalcharencoding=utf-8
metatag.verify-v1=P40xFgT/ywJlpV7zP/etM8pJVJZ4CjdOId2dmmiCb+4=
metatag.description=We present a comparative study of optical absorption,
photoluminescence (PL), and photoconductivity in bulk heterojunctions
comprising a high performance functionalized anthradithiophene (ADT)
derivative or the benchmark polymer P3HT as donor and functionalized
pentacene (Pn) derivative or PCBM as acceptor. Of all D/A blends studied,
the ADT/PCBM blend exhibited the highest charge photogeneration
efficiencies under 532 nm excitation, leading to the highest amplitudes of
time-resolved and continuous wave (cw) photocurrents. At nanosecond time
scales after photoexcitation, both ADT-TES-F-based blends and the
P3HT/Pn-TIPS-F8 blend exhibited photocurrents which were higher by a factor
of 2-10, depending on the blend, than that in the P3HT/PCBM blend. However,
cw photocurrents showed a different trend, with the ADT-TES-F/PCBM blend
exhibiting only a factor of 1.5-2.5 lower photoresponse than that in the
P3HT/PCBM blend, due to other contributions, such as that of charge
trap-limited transport, to cw photoresponse.
metatag.charencodingforconversion=utf-8
Immediate observation is that parse-tika seems to be duplicating a lot of
the fields... take for example the description. This is repeated thrice.
If we could get conversation going on this it would be ideal.
Thanks folks
Lewis
[0]
http://journals.cambridge.org/action/displayAbstract?fromPage=online&aid=9493586&fulltextType=RA&fileId=S1946427414009567
--
*Lewis*
Re: Differences between parse-html and parse-tika for generation of
parse metadata
Posted by "Mattmann, Chris A (3980)" <ch...@jpl.nasa.gov>.
aye!
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Chris Mattmann, Ph.D.
Chief Architect
Instrument Software and Science Data Systems Section (398)
NASA Jet Propulsion Laboratory Pasadena, CA 91109 USA
Office: 168-519, Mailstop: 168-527
Email: chris.a.mattmann@nasa.gov
WWW: http://sunset.usc.edu/~mattmann/
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Adjunct Associate Professor, Computer Science Department
University of Southern California, Los Angeles, CA 90089 USA
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
-----Original Message-----
From: Lewis John Mcgibbney <le...@gmail.com>
Reply-To: "user@nutch.apache.org" <us...@nutch.apache.org>
Date: Saturday, January 10, 2015 at 3:31 PM
To: "user@nutch.apache.org" <us...@nutch.apache.org>
Subject: Re: Differences between parse-html and parse-tika for generation
of parse metadata
>BOOM
>https://issues.apache.org/jira/browse/NUTCH-1815
>
>
>On Sat, Jan 10, 2015 at 10:15 AM, Lewis John Mcgibbney <
>lewis.mcgibbney@gmail.com> wrote:
>
>> Hi Folks,
>> Is the aim to have identical output from parse-tika and parse-html for
>> rendering of parse metadata?
>> With Nutch 1.10-SNAPSHOT with no local source code modifications, if we
>> take the following page [0], and turn metatags.names to wildcard *, with
>> parse-tika I get
>>
>> Parse Metadata: og:type=article test=displayAbstract metatag.og:image=
>> http://journals.cambridge.org/cover_images/OPL/OPL.jpg metatag.og:image=
>> http://journals.cambridge.org/cover_images/OPL/OPL.jpg
>> fb:app_id=102729586536954 Cache-Control=no-store Pragma=no-cache
>> description=We present a comparative study of optical absorption,
>> photoluminescence (PL), and photoconductivity in bulk heterojunctions
>> comprising a high performance functionalized anthradithiophene (ADT)
>> derivative or the benchmark polymer P3HT as donor and functionalized
>> pentacene (Pn) derivative or PCBM as acceptor. Of all D/A blends
>>studied,
>> the ADT/PCBM blend exhibited the highest charge photogeneration
>> efficiencies under 532 nm excitation, leading to the highest amplitudes
>>of
>> time-resolved and continuous wave (cw) photocurrents. At nanosecond time
>> scales after photoexcitation, both ADT-TES-F-based blends and the
>> P3HT/Pn-TIPS-F8 blend exhibited photocurrents which were higher by a
>>factor
>> of 2-10, depending on the blend, than that in the P3HT/PCBM blend.
>>However,
>> cw photocurrents showed a different trend, with the ADT-TES-F/PCBM blend
>> exhibiting only a factor of 1.5-2.5 lower photoresponse than that in the
>> P3HT/PCBM blend, due to other contributions, such as that of charge
>> trap-limited transport, to cw photoresponse.
>> verify-v1=P40xFgT/ywJlpV7zP/etM8pJVJZ4CjdOId2dmmiCb+4=
>> metatag.og:type=article metatag.og:type=article metatag.expires=-1
>> metatag.expires=-1 format-detection=telephone=no
>> metatag.verify-v1=P40xFgT/ywJlpV7zP/etM8pJVJZ4CjdOId2dmmiCb+4=
>> metatag.verify-v1=P40xFgT/ywJlpV7zP/etM8pJVJZ4CjdOId2dmmiCb+4=
>> metatag.description=We present a comparative study of optical
>>absorption,
>> photoluminescence (PL), and photoconductivity in bulk heterojunctions
>> comprising a high performance functionalized anthradithiophene (ADT)
>> derivative or the benchmark polymer P3HT as donor and functionalized
>> pentacene (Pn) derivative or PCBM as acceptor. Of all D/A blends
>>studied,
>> the ADT/PCBM blend exhibited the highest charge photogeneration
>> efficiencies under 532 nm excitation, leading to the highest amplitudes
>>of
>> time-resolved and continuous wave (cw) photocurrents. At nanosecond time
>> scales after photoexcitation, both ADT-TES-F-based blends and the
>> P3HT/Pn-TIPS-F8 blend exhibited photocurrents which were higher by a
>>factor
>> of 2-10, depending on the blend, than that in the P3HT/PCBM blend.
>>However,
>> cw photocurrents showed a different trend, with the ADT-TES-F/PCBM blend
>> exhibiting only a factor of 1.5-2.5 lower photoresponse than that in the
>> P3HT/PCBM blend, due to other contributions, such as that of charge
>> trap-limited transport, to cw photoresponse. metatag.description=We
>>present
>> a comparative study of optical absorption, photoluminescence (PL), and
>> photoconductivity in bulk heterojunctions comprising a high performance
>> functionalized anthradithiophene (ADT) derivative or the benchmark
>>polymer
>> P3HT as donor and functionalized pentacene (Pn) derivative or PCBM as
>> acceptor. Of all D/A blends studied, the ADT/PCBM blend exhibited the
>> highest charge photogeneration efficiencies under 532 nm excitation,
>> leading to the highest amplitudes of time-resolved and continuous wave
>>(cw)
>> photocurrents. At nanosecond time scales after photoexcitation, both
>> ADT-TES-F-based blends and the P3HT/Pn-TIPS-F8 blend exhibited
>> photocurrents which were higher by a factor of 2-10, depending on the
>> blend, than that in the P3HT/PCBM blend. However, cw photocurrents
>>showed a
>> different trend, with the ADT-TES-F/PCBM blend exhibiting only a factor
>>of
>> 1.5-2.5 lower photoresponse than that in the P3HT/PCBM blend, due to
>>other
>> contributions, such as that of charge trap-limited transport, to cw
>> photoresponse. dc:title=Cambridge Journals Online - MRS Online
>>Proceedings
>> Library - Abstract - Charge carrier dynamics in small-molecule- and
>> polymer-based donor-acceptor blends metatag.og:url=
>> http://journals.cambridge.org/abstract_S1946427414009567 metatag.og:url=
>> http://journals.cambridge.org/abstract_S1946427414009567
>> metatag.test=displayAbstract metatag.test=displayAbstract
>> metatag.content-encoding=UTF-8 metatag.content-encoding=UTF-8 Expires=-1
>> metatag.pragma=no-cache metatag.pragma=no-cache
>>metatag.dc:title=Cambridge
>> Journals Online - MRS Online Proceedings Library - Abstract - Charge
>> carrier dynamics in small-molecule- and polymer-based donor-acceptor
>>blends
>> metatag.dc:title=Cambridge Journals Online - MRS Online Proceedings
>>Library
>> - Abstract - Charge carrier dynamics in small-molecule- and
>>polymer-based
>> donor-acceptor blends metatag.cache-control=no-store
>> metatag.cache-control=no-store metatag.format-detection=telephone=no
>> metatag.format-detection=telephone=no og:image=
>> http://journals.cambridge.org/cover_images/OPL/OPL.jpg og:url=
>> http://journals.cambridge.org/abstract_S1946427414009567
>> metatag.content-type=text/html; charset=UTF-8
>> metatag.content-type=text/html; charset=UTF-8 Content-Encoding=UTF-8
>> metatag.fb:app_id=102729586536954 metatag.fb:app_id=102729586536954
>> Content-Type=text/html; charset=UTF-8
>>
>> with parse-html, I get
>>
>> Parse Metadata: metatag.test=displayAbstract caching.forbidden=content
>> metatag.pragma=no-cache metatag.cache-control=no-store
>>metatag.title=Charge
>> carrier dynamics in small-molecule- and polymer-based donor-acceptor
>>blends
>> metatag.format-detection=telephone=no metatag.content-type=text/html;
>> charset=UTF-8 CharEncodingForConversion=utf-8 OriginalCharEncoding=utf-8
>> metatag.expires=-1 metatag.originalcharencoding=utf-8
>> metatag.verify-v1=P40xFgT/ywJlpV7zP/etM8pJVJZ4CjdOId2dmmiCb+4=
>> metatag.description=We present a comparative study of optical
>>absorption,
>> photoluminescence (PL), and photoconductivity in bulk heterojunctions
>> comprising a high performance functionalized anthradithiophene (ADT)
>> derivative or the benchmark polymer P3HT as donor and functionalized
>> pentacene (Pn) derivative or PCBM as acceptor. Of all D/A blends
>>studied,
>> the ADT/PCBM blend exhibited the highest charge photogeneration
>> efficiencies under 532 nm excitation, leading to the highest amplitudes
>>of
>> time-resolved and continuous wave (cw) photocurrents. At nanosecond time
>> scales after photoexcitation, both ADT-TES-F-based blends and the
>> P3HT/Pn-TIPS-F8 blend exhibited photocurrents which were higher by a
>>factor
>> of 2-10, depending on the blend, than that in the P3HT/PCBM blend.
>>However,
>> cw photocurrents showed a different trend, with the ADT-TES-F/PCBM blend
>> exhibiting only a factor of 1.5-2.5 lower photoresponse than that in the
>> P3HT/PCBM blend, due to other contributions, such as that of charge
>> trap-limited transport, to cw photoresponse.
>> metatag.charencodingforconversion=utf-8
>>
>> Immediate observation is that parse-tika seems to be duplicating a lot
>>of
>> the fields... take for example the description. This is repeated thrice.
>>
>> If we could get conversation going on this it would be ideal.
>> Thanks folks
>> Lewis
>>
>> [0]
>>
>>http://journals.cambridge.org/action/displayAbstract?fromPage=online&aid=
>>9493586&fulltextType=RA&fileId=S1946427414009567
>>
>> --
>> *Lewis*
>>
>
>
>
>--
>*Lewis*
Re: Differences between parse-html and parse-tika for generation of
parse metadata
Posted by Lewis John Mcgibbney <le...@gmail.com>.
BOOM
https://issues.apache.org/jira/browse/NUTCH-1815
On Sat, Jan 10, 2015 at 10:15 AM, Lewis John Mcgibbney <
lewis.mcgibbney@gmail.com> wrote:
> Hi Folks,
> Is the aim to have identical output from parse-tika and parse-html for
> rendering of parse metadata?
> With Nutch 1.10-SNAPSHOT with no local source code modifications, if we
> take the following page [0], and turn metatags.names to wildcard *, with
> parse-tika I get
>
> Parse Metadata: og:type=article test=displayAbstract metatag.og:image=
> http://journals.cambridge.org/cover_images/OPL/OPL.jpg metatag.og:image=
> http://journals.cambridge.org/cover_images/OPL/OPL.jpg
> fb:app_id=102729586536954 Cache-Control=no-store Pragma=no-cache
> description=We present a comparative study of optical absorption,
> photoluminescence (PL), and photoconductivity in bulk heterojunctions
> comprising a high performance functionalized anthradithiophene (ADT)
> derivative or the benchmark polymer P3HT as donor and functionalized
> pentacene (Pn) derivative or PCBM as acceptor. Of all D/A blends studied,
> the ADT/PCBM blend exhibited the highest charge photogeneration
> efficiencies under 532 nm excitation, leading to the highest amplitudes of
> time-resolved and continuous wave (cw) photocurrents. At nanosecond time
> scales after photoexcitation, both ADT-TES-F-based blends and the
> P3HT/Pn-TIPS-F8 blend exhibited photocurrents which were higher by a factor
> of 2-10, depending on the blend, than that in the P3HT/PCBM blend. However,
> cw photocurrents showed a different trend, with the ADT-TES-F/PCBM blend
> exhibiting only a factor of 1.5-2.5 lower photoresponse than that in the
> P3HT/PCBM blend, due to other contributions, such as that of charge
> trap-limited transport, to cw photoresponse.
> verify-v1=P40xFgT/ywJlpV7zP/etM8pJVJZ4CjdOId2dmmiCb+4=
> metatag.og:type=article metatag.og:type=article metatag.expires=-1
> metatag.expires=-1 format-detection=telephone=no
> metatag.verify-v1=P40xFgT/ywJlpV7zP/etM8pJVJZ4CjdOId2dmmiCb+4=
> metatag.verify-v1=P40xFgT/ywJlpV7zP/etM8pJVJZ4CjdOId2dmmiCb+4=
> metatag.description=We present a comparative study of optical absorption,
> photoluminescence (PL), and photoconductivity in bulk heterojunctions
> comprising a high performance functionalized anthradithiophene (ADT)
> derivative or the benchmark polymer P3HT as donor and functionalized
> pentacene (Pn) derivative or PCBM as acceptor. Of all D/A blends studied,
> the ADT/PCBM blend exhibited the highest charge photogeneration
> efficiencies under 532 nm excitation, leading to the highest amplitudes of
> time-resolved and continuous wave (cw) photocurrents. At nanosecond time
> scales after photoexcitation, both ADT-TES-F-based blends and the
> P3HT/Pn-TIPS-F8 blend exhibited photocurrents which were higher by a factor
> of 2-10, depending on the blend, than that in the P3HT/PCBM blend. However,
> cw photocurrents showed a different trend, with the ADT-TES-F/PCBM blend
> exhibiting only a factor of 1.5-2.5 lower photoresponse than that in the
> P3HT/PCBM blend, due to other contributions, such as that of charge
> trap-limited transport, to cw photoresponse. metatag.description=We present
> a comparative study of optical absorption, photoluminescence (PL), and
> photoconductivity in bulk heterojunctions comprising a high performance
> functionalized anthradithiophene (ADT) derivative or the benchmark polymer
> P3HT as donor and functionalized pentacene (Pn) derivative or PCBM as
> acceptor. Of all D/A blends studied, the ADT/PCBM blend exhibited the
> highest charge photogeneration efficiencies under 532 nm excitation,
> leading to the highest amplitudes of time-resolved and continuous wave (cw)
> photocurrents. At nanosecond time scales after photoexcitation, both
> ADT-TES-F-based blends and the P3HT/Pn-TIPS-F8 blend exhibited
> photocurrents which were higher by a factor of 2-10, depending on the
> blend, than that in the P3HT/PCBM blend. However, cw photocurrents showed a
> different trend, with the ADT-TES-F/PCBM blend exhibiting only a factor of
> 1.5-2.5 lower photoresponse than that in the P3HT/PCBM blend, due to other
> contributions, such as that of charge trap-limited transport, to cw
> photoresponse. dc:title=Cambridge Journals Online - MRS Online Proceedings
> Library - Abstract - Charge carrier dynamics in small-molecule- and
> polymer-based donor-acceptor blends metatag.og:url=
> http://journals.cambridge.org/abstract_S1946427414009567 metatag.og:url=
> http://journals.cambridge.org/abstract_S1946427414009567
> metatag.test=displayAbstract metatag.test=displayAbstract
> metatag.content-encoding=UTF-8 metatag.content-encoding=UTF-8 Expires=-1
> metatag.pragma=no-cache metatag.pragma=no-cache metatag.dc:title=Cambridge
> Journals Online - MRS Online Proceedings Library - Abstract - Charge
> carrier dynamics in small-molecule- and polymer-based donor-acceptor blends
> metatag.dc:title=Cambridge Journals Online - MRS Online Proceedings Library
> - Abstract - Charge carrier dynamics in small-molecule- and polymer-based
> donor-acceptor blends metatag.cache-control=no-store
> metatag.cache-control=no-store metatag.format-detection=telephone=no
> metatag.format-detection=telephone=no og:image=
> http://journals.cambridge.org/cover_images/OPL/OPL.jpg og:url=
> http://journals.cambridge.org/abstract_S1946427414009567
> metatag.content-type=text/html; charset=UTF-8
> metatag.content-type=text/html; charset=UTF-8 Content-Encoding=UTF-8
> metatag.fb:app_id=102729586536954 metatag.fb:app_id=102729586536954
> Content-Type=text/html; charset=UTF-8
>
> with parse-html, I get
>
> Parse Metadata: metatag.test=displayAbstract caching.forbidden=content
> metatag.pragma=no-cache metatag.cache-control=no-store metatag.title=Charge
> carrier dynamics in small-molecule- and polymer-based donor-acceptor blends
> metatag.format-detection=telephone=no metatag.content-type=text/html;
> charset=UTF-8 CharEncodingForConversion=utf-8 OriginalCharEncoding=utf-8
> metatag.expires=-1 metatag.originalcharencoding=utf-8
> metatag.verify-v1=P40xFgT/ywJlpV7zP/etM8pJVJZ4CjdOId2dmmiCb+4=
> metatag.description=We present a comparative study of optical absorption,
> photoluminescence (PL), and photoconductivity in bulk heterojunctions
> comprising a high performance functionalized anthradithiophene (ADT)
> derivative or the benchmark polymer P3HT as donor and functionalized
> pentacene (Pn) derivative or PCBM as acceptor. Of all D/A blends studied,
> the ADT/PCBM blend exhibited the highest charge photogeneration
> efficiencies under 532 nm excitation, leading to the highest amplitudes of
> time-resolved and continuous wave (cw) photocurrents. At nanosecond time
> scales after photoexcitation, both ADT-TES-F-based blends and the
> P3HT/Pn-TIPS-F8 blend exhibited photocurrents which were higher by a factor
> of 2-10, depending on the blend, than that in the P3HT/PCBM blend. However,
> cw photocurrents showed a different trend, with the ADT-TES-F/PCBM blend
> exhibiting only a factor of 1.5-2.5 lower photoresponse than that in the
> P3HT/PCBM blend, due to other contributions, such as that of charge
> trap-limited transport, to cw photoresponse.
> metatag.charencodingforconversion=utf-8
>
> Immediate observation is that parse-tika seems to be duplicating a lot of
> the fields... take for example the description. This is repeated thrice.
>
> If we could get conversation going on this it would be ideal.
> Thanks folks
> Lewis
>
> [0]
> http://journals.cambridge.org/action/displayAbstract?fromPage=online&aid=9493586&fulltextType=RA&fileId=S1946427414009567
>
> --
> *Lewis*
>
--
*Lewis*