WordNet

last unnecessarily long (同)drag out
subjugate by imposing troops
a member of a European military unit formerly composed of heavily armed cavalrymen
compel by coercion, threats, or crude means; "They sandbagged him to make dinner for everyone" (同)sandbag, railroad
use a computer mouse to move icons on the screen and select commands from a menu; "drag this icon to the lower right hand corner of the screen"
proceed for an extended period of time; "The speech dragged on for two hours" (同)drag_on, drag out
the phenomenon of resistance to motion through a fluid (同)retarding force
clothing that is conventionally worn by the opposite sex (especially womens clothing when worn by a man); "he went to the party dressed in drag"; "the waitresses looked like missionaries in drag"
the act of dragging (pulling with force); "the drag up the hill exhausted him"
something tedious and boring; "peeling potatoes is a drag"
something that slows or delays progress; "taxation is a drag on the economy"; "too many laws are a drag on the use of new land"
to lag or linger behind; "But in so many other areas we still are dragging" (同)trail, get behind, hang back, drop behind, drop_back
move slowly and as if with great effort
persuade to come away from something attractive or interesting; "He dragged me away from the television set"
pull, as against a resistance; "He dragged the big suitcase behind him"; "These worries were dragging at him"
indicates continuity or persistence or concentration; "his spirit lives on"; "shall I read on?"
(of events) planned or scheduled; "the picnic is on, rain or shine"; "we have nothing on for Friday night"
in a state required for something to function or be effective; "turn the lights on"; "get a load on"
in operation or operational; "left the oven on"; "the switch is in the on position"

PrepTutorEJDIC

竜騎兵(重装備をした昔の騎兵) / 〈人〉‘に'むりやり(…)させる《+『名』〈人〉+『into』 do『ing』》
〈重い物〉‘を'『引きずる』(haul) / 《副詞[句]を判って》…‘を'引っ張ってゆく / (網などで)(…を捜して)〈川・湖など〉‘の'底をさらう《+『名』+『for』+『名』》 / …‘を'だらだらと引き延ばす《+『out』+『名,』+『out』》 / (地面に)『引きずる』《+『along』》 / 〈物が〉重そうに動く;のろのろ進む / だらだらと長引く《+『on』(『out』)》 / 〈C〉〈U〉引っ張ること,引きずること / 〈C〉物事を遅らせる原因になる人(物);(…の)足手まとい,じゃま物《+『on』(『upon』)+『名』》 / 〈C〉水の底を探る物(探り錨,引き網など) / 〈C〉引きずられる物(重いまぐわ,犬ぞりなど) / 〈U〉《a~》(航空機の)抗力 / 《a~》《俗》退屈な人(物,事)
(また《文》upon)《位置・場所》…『の上に』,の上で,の上の / (また《文》upon)《運動・動作の方向・対象》…『に』[向かって] / 《話》…を身につけて / (また《文》upon)《近接して場所》…の近くに,…に面して,…の側に / 《特定の日時》…『に』 / 《状態》…『して』,…中で,…すると / (また《文》upon)…『について』,…に関して / 《目的》…『で』,…に / (また《文》upon)…に基づいて,…によって,…の支え(助け)で / 《所属を表して》(委員会・チームなどの)一員で / (また《文》upon)…を軸にして,…で / (また《文》upon)《前後に同じ名詞を並べて》…に加えて,…についで / 『上に』,『身につけて』 / (電気・水道・ガス・ラジオなどが)『ついて』,通じて / 行われて,続けて,従事して / 《時の副詞[句]を伴って》前方へ,ずっと

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1. 胎盤の発達および生理学 placental development and physiology
2. マンニトール治療の合併症 complications of mannitol therapy
3. 急性腎障害（急性腎不全）における腎代替療法（透析）：代謝および血行動態に関する考慮事項 renal replacement therapy dialysis in acute kidney injury acute renal failure metabolic and hemodynamic considerations
4. 持続的腎代替療法中の薬物除去 drug removal during continuous renal replacement therapy
5. 子宮頸部上皮内腫瘍：子宮頸部円錐切除術のための手順 cervical intraepithelial neoplasia procedures for cervical conization

English Journal

Heteroaggregation of microparticles with nanoparticles changes the chemical reversibility of the microparticles' attachment to planar surfaces.

Shen C1, Wu L2, Zhang S3, Ye H4, Li B4, Huang Y5.Author information 1Department of Soil and Water Sciences, China Agricultural University, Beijing 100193, China. Electronic address: chongyang.shen@gmail.com.2Department of Agricultural and Biological Engineering, University of Florida, FL 32611, United States.3School of Earth and Environment, Anhui University of Science and Technology, Huainan 232001, China.4Department of Soil and Water Sciences, China Agricultural University, Beijing 100193, China.5Department of Soil and Water Sciences, China Agricultural University, Beijing 100193, China. Electronic address: yfhuang@cau.edu.cn.AbstractThis study theoretically investigated detachment of homoaggregates and heteroaggregates attached on the planar surfaces at primary minima during transients in solution chemistry. The homoaggregates were represented as small colloidal clusters with well-defined structures or as clusters generated by randomly packing spheres using Monte Carlo method. The heteroaggregates were modeled as microparticles coated with nanoparticles. Surface element integration technique was adopted to calculate Derjaguin-Landau-Verwey-Overbeek (DLVO) interaction energies for the homoaggregates and heteroaggregates at different ionic strengths. Results show that attached homoaggregates on the planar surface at primary minima are irreversible to reduction in solution ionic strength whether the primary spheres of the homoaggregates are nano- or micro-sized. Heteroaggregation of nanoparticles with a microparticle can cause DLVO interaction energy to decrease monotonically with separation distance at low ionic strengths (e.g., ⩽0.01M), indicating that the heteroaggregates experience repulsive forces at all separation distances. Therefore, attachment of the heteroaggregates at primary minima can be detached upon reduction in ionic strength. Additionally, we showed that the adhesive forces and torques that the aforementioned heteroaggregates experience can be significantly smaller than those experienced by the microspheres without attaching nanoparticles, thus, the heteroaggregates are readily detached via hydrodynamic drag. Results of study provide plausible explanation for the observations in the literature that attached/aggregated particles can be detached/redispersed from primary minima upon reduction in ionic strength, which challenges the common belief that attachment/aggregation of particles in primary minima is chemically irreversible.
Journal of colloid and interface science.J Colloid Interface Sci.2014 May 1;421:103-13. doi: 10.1016/j.jcis.2014.01.033. Epub 2014 Jan 31.
This study theoretically investigated detachment of homoaggregates and heteroaggregates attached on the planar surfaces at primary minima during transients in solution chemistry. The homoaggregates were represented as small colloidal clusters with well-defined structures or as clusters generated by
PMID 24594038

The Association Between Gay Men's Stereotypic Beliefs About Drag Queens and Their Endorsement of Hypermasculinity.

Bishop C1, Kiss M, Morrison TG, Rushe DM, Specht J.Author information 1a Department of Psychology , University of Saskatchewan , Saskatoon , Saskatchewan , Canada.AbstractTo date, few researchers have investigated gay men's stereotypic beliefs about drag queens and the association between these beliefs and individual difference variables such as hypermasculinity. To address this omission, 118 men self-identifying as non-heterosexual completed an online survey consisting of an adjective checklist about drag queens and a psychometrically sound indicant of hypermasculinity. As predicted, participants who were more likely to endorse hypermasculine belief statements tended to perceive negatively valenced attributes as more characteristic of drag queens. Possible explanations for this relationship, limitations associated with the current study, and directions for future research are delineated.
Journal of homosexuality.J Homosex.2014 Apr;61(4):554-67. doi: 10.1080/00918369.2014.865464.
To date, few researchers have investigated gay men's stereotypic beliefs about drag queens and the association between these beliefs and individual difference variables such as hypermasculinity. To address this omission, 118 men self-identifying as non-heterosexual completed an online survey consist
PMID 24245592

Vortical superlattices in a gold nanorods' self-assembled monolayer.

Xie Y1, Liang Y, Chen D, Wu X, Dai L, Liu Q.Author information 1Laboratory for Nanodevices, National Center for Nanoscience and Technology, Beijing, 100190, China. liuq@nanoctr.cn.AbstractThis paper describes the novel vortical self-assembly of CTAB-capped gold nanorods. Representative left-hand, radial, and right-hand vortices are shown. Micelles formed by CTAB molecules enhance the organized self-assembly process. The drag force of solvent flow and dynamic vortex flow in the thin solvent layer are thought to be responsible for the final vortical superlattices. FDTD simulation suggests these structures have potential applications in nanofocusing and polarized light response.
Nanoscale.Nanoscale.2014 Mar 21;6(6):3064-8. doi: 10.1039/c3nr05992h. Epub 2014 Feb 10.
This paper describes the novel vortical self-assembly of CTAB-capped gold nanorods. Representative left-hand, radial, and right-hand vortices are shown. Micelles formed by CTAB molecules enhance the organized self-assembly process. The drag force of solvent flow and dynamic vortex flow in the thin s
PMID 24513644

Japanese Journal

Effect of Zinc Addition on Void Formation in Solid-Liquid Interdiffusion Bonding of Copper

MATERIALS TRANSACTIONS advpub(0), 2016
NAID 130005137621

Impacts of Surface Drag Coefficient and Planetary Boundary Layer Schemes on the Structure and Energetics of Typhoon Megi (2010) during Intensification