Article added to library!
x
Pubchase is a service of protocols.io - free, open access, crowdsourced protocols repository. Explore protocols.
Sign in
Reset password
or connect with
Facebook
By signing in you are agreeing to our
Terms Of Service and Privacy Policy
  • See more
  • '); var ntfc_preview = ''; $.post('/api/v1/get_notifications', function(r) { var ntfc_read_pending = 0; var ntfc_pending = 0; $.each(r.notifications.pending, function(index, ntfc_object) { ntfc_read_pending++; ntfc_pending++; if (ntfc_read_pending
    ' + ntfc_object.full_name +'' + ntfc_object.time + '
    ' + ntfc_object.description +'
    '; }) if (ntfc_read_pending
    ' + ntfc_object.full_name +'' + ntfc_object.time + '
    ' + ntfc_object.description +'
    '; }) $('.notification-block .dropdown-menu').html(ntfc_preview); $('.notification-block .dropdown-menu').append('
  • See more
  • '); if (ntfc_pending > 0) { $('.notification-count').text(ntfc_pending).show(); } else { $('.notification-count').hide(); } } else { $('.notification-block .dropdown-menu').html(ntfc_preview); $('.notification-block .dropdown-menu').append('
  • See more
  • '); if (ntfc_pending > 0) { $('.notification-count').text(ntfc_pending).show(); } else { $('.notification-count').hide(); } } if (ntfc_read_pending == 0) { $('.notification-block .dropdown-menu').html('
  • You don\'t have any notifications
  • See more
  • '); $('.notification-count').hide(); } data = {'nid' : '', 'ntid' : 1}; $.post('/api/v1/notification_action', data, function(r) { if (r.request == 'OK') { $('.notification-count').hide(); } }); }, "json"); }); $('.search-save-box').on({ click : function(e) { e.preventDefault(); var search_attr = $(this).attr('rel').split(','); var p = search_attr[1]; var tf = search_attr[0]; window.location = '/search?tf='+tf+'&jc='+jc+'&keywords='+$(this).html()+'&s='+$('#sort_order').val()+'&p='+p; } }, '.search-name'); $( "#keywords_main, #keywords_mobile" ).focus(function(e) { show_saved_searches(e, $(this)); }); $(window).resize(function () { if ($('.search-save-box').is(':visible')) { if ($('#keywords_main').is(':visible')) var left_search_save = $('#keywords_main').offset().left; if ($('#keywords_mobile').is(':visible')) var left_search_save = $('#keywords_mobile').offset().left; $('.search-save-box').css('left',left_search_save); } }); $('.search-save-box').on({ click : function(e) { e.preventDefault(); delete_saved_search($(this)); } }, '.search-name-close'); $('.search-save-box, #keywords_main, #keywords_mobile').click(function(e) { e.stopPropagation(); }); $(document).click(function(e) { $('.search-save-box').hide(); }); $( "#keywords_main, #keywords_mobile" ).autocomplete({ source: function( request, response ) { // data contains the JSON object textStatus contains the status: success, error, etc $.post('/api/v1/searches', {'key' : request.term}, function(data, textStatus) { response(data); }, "json") }, select: function (event, ui) { var reportname = ui.item.value; var thelinks = '/search?tf='+$('#time_frame').val()+'&jc='+jc+'&keywords='+reportname+'&s='+$('#sort_order').val()+'&p='+$('#people_cluster').val(); } }); $('.search-go').click(function(e) { e.preventDefault(); window.location = get_search_url(); }); $('.logout').click(function(e) { e.preventDefault(); }); $('.header_keywords, .home_page_keywords').on('keydown', function(e) { if (e.keyCode == 13) { window.location = get_search_url(); } $('.search-save-box').hide(); }); $('.seemore').click(function(e){ e.stopImmediatePropagation(); }); });
    Sep 10, 2015
    Angewandte Chemie (International Ed. In English)
    Energy storage devices, such as lithium-ion batteries and supercapacitors, are required for the modern electronics. However, the intrinsic characteristics of low power densities in batteries and low energy densities in supercapacitors have limited their applications. How to simultaneously realize high energy and power densities in one device remains a challenge. Herein a fiber-shaped hybrid energy-storage device (FESD) formed by twisting three carbon nanotube hybrid fibers demonstrates both high energy and power densities. For the FESD, the energy density (50 mWh cm(-3) or 90 Wh kg(-1) ) many times higher than for other forms of supercapacitors and approximately 3 times that of thin-film batteries; the power density (1 W cm(-3) or 5970 W kg(-1) ) is approximately 140 times of thin-film lithium-ion battery. The FESD is flexible, weaveable and wearable, which offers promising advantages in the modern electronics. © 2015 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim.
      
    Add Public PDF
      
      
    Upload my PDF
      

    Downloading PDF to your library...

    ADD A TAG      64 chars max

      Make private

    APPLIED TAGS

    Uploading PDF...

    PDF uploading

    Delete tag:

    The link you entered does not seem to be valid

    Please make sure the link points to nature.com contains a valid shared_access_token