|
本帖最后由 1944931585 于 2024-11-28 15:02 编辑
, C+ P& s' A" ]; Z1 m1 p( M" }9 B, ]" S
2024年发表主要代表性论文:
# N0 l I" y! S7 _8 CA.NSC主刊
$ R% [% T+ [% [3 b! o' [( I2 T1 J 1.Nature,刘广东等,Dated 28 Feb,2024, 626, 1005–1010. https://doi.org/10.1038/s41586-024-07090-z《Site-specific reactivity of stepped Pt surfaces driven by stress release》5 y0 N" M; }6 r8 @* H' n3 l( k" [
, w; C; } M- L$ B e1 p
2. Nature. 刘渊,陆冬林等 dated 23 May 2024,https://www.nature.com/articles/s41586-024-07406-z,“Monolithic three-dimensional tier-by-tier integration via van der Waals lamination”! |! \, x6 Y% G+ V: C! ?
. H, Y2 c) d5 B9 q- T4 tB.Nature 子刊
7 G6 t P! y& o% r) e1 S) ~7 Q1 K, n+ j% W8 `
a.《Nature Nanotechnology》
1 _( f" ^9 J# K) W3 @% V# ? 1.邹旭明,廖蕾,dated 04Jan.2024, https://www.nature.com/articles/s41565-023-01579-w
3 Y9 @, k/ U! f) o6 v+ o 2.李佳,段曦东东
$ w* v( A! I7 U/ V) X o. a2 U, j' Q- l! ^0 v: k/ d3 J
b. Nature Sustainable
' {* y% [) O6 W- m }1 C 1. 鲁兵安等, dated 5 February,2024, https://www.nature.com/articles/s41893-024-01275-0
: c% l9 S9 @4 P% H2 A" ]2 s' O5 t! t( x+ g, i) F/ W4 y
c. Nature Chem.& Y8 z% M$ F: V0 a% r8 S3 n; y
1.高兵等,dated 14 Feb.2024, ' S* }2 m% ~* u8 E( m8 s" P
doi:10.1038/s41557-024-01452-w Enantioselective sulfur(VI) fluoride exchange reaction of iminosulfur oxydifluorides.
! {; A0 P* X9 W) |9 n( L9 I) b8 [5 _- j! w) j+ A2 [; r z
d.Nature Photonics
) K, H) W9 [8 R: `1 e3 E7 G* B2 j 1. 宋国胜/张晓兵/谭蔚泓等,16 Feb.2024, DOI:10.1038/s41566-024-01387-1, https://www.nature.com/articles/s41566-024-01387-17 d! s" W$ b# h4 v+ X
3 R9 p; x- H, L% n) @# \
e.Nature Chemical Biology
2 J: z5 `$ }& I! { 1.聂 舟等 dated 06 Mar.2024
) `4 x! v& T/ c) C! K* a6 K& f2 g,“DNA-functionalized Artificial Mechanoreceptor for de novo Force-responsive Signaling”。: o% n- i/ V4 _- \( q
f. Nature Materials 2篇
_! Z5 F; e$ ~8 F9 z, x# Q; Bg. Nature Biomedicial Engineering# v! ?: U3 _2 ~# P( K }: _- E6 q
' k- X: I" N+ T b& W, L; th,Nature computational science% p2 U ^1 v- X6 |$ r K4 S
2 I5 m9 N7 ^3 R$ l0 S7 H$ wI Nature Plants
2 | r. P, J* B( {/ h* d. a/ `3 e# }% o- C; c7 q9 r. e6 h4 I! Q
% l4 Z4 t* D8 g
- b6 @0 `! K$ ^5 f* j2 H5 Y0 P
C.Energy Environ Sci.. a; h9 S1 Z. h% L6 [* [$ |
1.鲁兵安,dated 12.Jan. 2024,
$ {+ h' b- X5 i: x6 [https://doi.org/10.1039/D3EE03729K$ ^. \. e/ k$ a
; O0 N0 S5 H7 L+ m8 X4 d) G# g+ c
2.张世国等,dated 2April 2024,https://doi.org/10.1039/D4EE00720D.$ w8 l* i/ p1 ]1 B( a9 r
5 Q0 u. ^! ~! }
D, MATTER,
( I+ @4 g2 Q9 H' Y 1.王双印,邹玉芹,dated 16Jan.2024; U5 G9 z- ?) H3 C
https://doi.org/10.1016/j.matt.2023.12.014
$ i! l' H2 y& `( V. D" x, E( N; L T& P6 i$ S4 n" t( p
E.JOULE
4 X4 s, @- w* ^/ p: l B 1.粱霄,dated 23 Jan.2024, https://doi.org/10.1016/j.joule.2023.12.02E
+ G7 C3 i/ X3 S, e; \' n6 H" ~) _: u
F.CHEM.' g. D- Q/ K0 q" f
1.邹雨芹等,dated on 19 April,2024, DOI10.1016/j.chempr.2024.03.024
' D- z3 a8 E l
H/ J* X) H" J+ v3 w5 j; kG.PRL
, @$ n; a/ U- m6 k; b$ F7 V 1.罗海陆等,dated 25Jan,2024,
+ o% T# y5 K) _( PDOI:https://doi.org/10.1103/PhysRevLett: h# p& v3 w/ ^/ J8 Z3 U& a
2.朱国龙等,dated 23 Jan,2024, DOI:https://doi.org/10.1103/PhysRevLett(一作.第一单位)8 G6 ~; g+ y" V" z2 S
6 L: e2 p4 f3 S* W, d/ @' UH.PNAS
Q3 T2 z$ b7 ^ 1.王双印/钟建云等,dated 13 Feb.2024, https://doi.org/10.1073/pnas.2311326121+ O, v& M8 I! H) a
/ _ G, B: h/ K x- x" c
# {4 ~3 k* o9 E, j4 ]
6 w8 B1 e% K+ O: u# M# [/ ~# ?- E, T+ p+ }
/ r/ z! N( \# j1 T. V5 ~ |
|