晚清管子研究述论

晚清以降。诸子学走向复兴。作为其中重要一支,《管子》一书也摆脱以往“德主刑辅”、“以子证经、史”的边缘地位,受到广大士人、学者的关注。大致而言,晚清的管子研究经历了“通子致用”、“援西释管”和“改塑管子”三个阶段,逐渐完成了由古典向近代的学术嬗变。     

双性化大学生人格特征研究

通过对北京市某所大学826名大学生的调查,探讨性别、性别角色类型和新性别角色类型对大学生人格特征的影响。结果表明：1）双性化性别角色类型大学生约占1／4;2）用贝姆的分类方法,双性化大学生在开放性、宜人性、责任感、和谐性、人情、灵活性人格特征上均高于其他性别角色类型的大学生,可见,双性化性别角色大学生具有较积极的人格特征。按照Brenda Mae Woodhill和CurtisA．Samuels的分类方法,在外向性、开放性、宜人性、责任感、和谐性人格特征上,正性双性化性别角色类型的大学生均高于负性双性化大学生和其他性别角色类型的大学生。     

孟子与马斯洛思想中理想人格的比较

中国儒家主要代表之一的孟子,和西方人本主义心理学创始人之一的马斯洛,这两位身处不同时空的学者在各自的思想中塑造的理想人格却具备了许多共通之处。该文从理想人格的提出、形成基础、特征以及实现途径几个方面进行了比较,从而为现代社会理想人格的塑造提供有益启示。     

标准参照测验及格线设定研究中的模拟实验法

针对标准参照测验及格线设定研究中存在的问题,该文首先分析了Monte Carlo模拟实验法的基本原理,然后提出及格线设定研究的模拟实验思路,即：将专家的主观判断视为概率事件,对专家判断过程中的各种误差的概率分布做出合理假设,依据项目反应理论模型模拟得到专家的主观判断,然后采用重复抽样手段获得专家设定及格线的误差分布,据此衡量及格线的修复能力。文中给出了实例演示．文末讨论了模拟实验法的优点与不足．并展望了后续研究。     

复杂性理论在心理学研究中的价值

复杂性哲学和复杂性研究为科学研究开辟了一条蹊径,使得人们能够以一种全新的、复杂性的视角来重新认识他们所“熟知、熟悉”的人类世界。复杂性理论的世界观为当前心理学的转向提供了理论支持,而且它的一些具体的研究方法如“黑箱”的方法以及功能模拟方法已经在心理学研究中体现出其价值。可以说,复杂性理论为心理学摆脱当前困境及实现整合开启了一扇光明之门。     

对归纳推理贝叶斯模型的检验

作者用实验比较检验特征归纳的贝叶斯模型、关联相似性模型、基于特征的归纳推理模型和相似性覆盖模型这四种模型。以大学生为被试的实验结果表明：1）在强关联强度一致时,被试的归纳推理基本符合贝叶斯模型和关联相似性模型的预测,在弱关联强度一致时,不符合这四种模型预测;2）在关联强度不一致时,关联强度效应不符合贝叶斯模型的预测;3）在关联强度一致时,贝叶斯模型和关联相似性模型的预测结果是一致的,不能区分两个模型。实验结果较多地支持贝叶斯模型和关联相似性模型。     

同一性地位理论及其扩展模型

Marcia的同一性地位理论及其模型开辟了同一性研究的实证道路。在此基础上产生了诸多扩展模型,主要有Berzonsky的同一性风格模型;Grotevant的同一性探索过程模型;Kerplman的同一性控制模型;Luyckx的四维度模型;Crocetti的三维度模型。该文对这些模型的基本内容、价值与局限进行了简评,并指出了同一性地位理论模型发展的特点及未来趋势。     

失败恐惧的影响因素及其对学业成绩的影响

该研究力图探讨教养及气质因素与失败恐惧的关系,以及失败恐惧对学业成绩的影响及其机制。对427名高一学生施测失败表现评估量表、父母教养方式评价量表、行为抑制/行为激活量表、防御性期望和反思量表、自我阻碍量表,并收集被试期末考试成绩。相关分析、回归分析、路径分析等表明,失败恐惧与教养、气质因素均有密切关系;其对学业成绩具有间接的消极影响。     

Overt naming fMRI pre- and post-TMS: Two nonfluent aphasia patients, with and without improved naming post-TMS

Two chronic, nonfluent aphasia patients participated in overt naming fMRI scans, pre- and post-a series of repetitive transcranial magnetic stimulation (rTMS) treatments as part of a TMS study to improve naming. Each patient received 10, 1-Hz rTMS treatments to suppress a part of R pars triangularis. P1 was a ‘good responder’ with improved naming and phrase length; P2 was a ‘poor responder’ without improved naming.Pre-TMS (10 years poststroke), P1 had significant activation in R and L sensorimotor cortex, R IFG, and in both L and R SMA during overt naming fMRI (28% pictures named). At 3 mo. post-TMS (42% named), P1 showed continued activation in R and L sensorimotor cortex, R IFG, and in R and L SMA. At 16 mo. post-TMS (58% named), he also showed significant activation in R and L sensorimotor cortex mouth and R IFG. He now showed a significant increase in activation in the L SMA compared to pre-TMS and at 3 mo. post-TMS (p < .02; p < .05, respectively). At 16 mo. there was also greater activation in L than R SMA (p < .08). At 46 mo. post-TMS (42% named), this new LH pattern of activation continued. He improved on the Boston Naming Test from 11 pictures named pre-TMS, to scores ranging from 14 to 18 pictures, post-TMS (2–43 mo. post-TMS). His longest phrase length (Cookie Theft picture) improved from three words pre-TMS, to 5–6 words post-TMS.Pre-TMS (1.5 years poststroke), P2 had significant activation in R IFG (3% pictures named). At 3 and 6 mo. post-TMS, there was no longer significant activation in R IFG, but significant activation was present in R sensorimotor cortex. On all three fMRI scans, P2 had significant activation in both the L and R SMA. There was no new, lasting perilesional LH activation across sessions for this patient. Over time, there was little or no change in his activation. His naming remained only at 1–2 pictures during all three fMRI scans. His BNT score and longest phrase length remained at one word, post-TMS.Lesion site may play a role in each patient’s fMRI activation pattern and response to TMS treatment. P2, the poor responder, had an atypical frontal lesion in the L motor and premotor cortex that extended high, near brain vertex, with deep white matter lesion near L SMA. P2 also had frontal lesion in the posterior middle frontal gyrus, an area important for naming (Duffau et al., 2003); P1 did not. Additionally, P2 had lesion inferior and posterior to Wernicke’s area, in parts of BA 21 and 37, whereas P1 did not.The fMRI data of our patient who had good response following TMS support the notion that restoration of the LH language network is linked in part, to better recovery of naming and phrase length in nonfluent aphasia.